The Apollo Medivac is built for one job: combat search-and-rescue—not “hospital ship cosplay.” It’s the RSI Apollo variant meant to push closer to danger, grab the patient, stabilize fast, and leave before the situation turns into a siege. RSI frames the Medivac as a hardened take on the Apollo chassis, adding a more aggressive “get in / get out alive” posture rather than leaning into pure clinic comfort.

That difference matters because most rescues fail for predictable reasons: you hover too long, your doors stay open, or you try to run medical like a stationary service. The RSI Apollo Medivac is designed to keep the ship moving—armor and a more assertive defensive kit exist to buy the seconds you need to complete a pickup and break contact, not to turn you into a frontline brawler.
What makes the Star Citizen Apollo Medivac especially interesting is that it’s not “one fixed hospital.” It’s a modular medical platform: you’re planning your rescue capability through swappable medical modules and bed tiers, choosing how much you want “stabilize more people” versus “treat deeper injuries / higher-tier functionality” depending on what your group runs that week.
In this Apollo Medivac standalone ship guide, we’ll break down the medical modularity in plain terms, how to think about bed tier planning for real rescue calls, the step-by-step rescue workflow that keeps door-open time short, and the crew roles that keep the ship effective (solo, duo, and full team). We’ll also compare where the Medivac sits against the Apollo Triage, the Cutlass Red, and larger support options like the Carrack, so you can match the ship’s strengths to the kind of missions you actually fly.

RSI Apollo Medivac Lore: Why RSI Built the Apollo Chassis and What “Gold Standard Rescue” Means In-Game

Lore + manufacturer intent: why RSI built the Apollo line
The RSI Apollo line exists because Roberts Space Industries wanted to own a very specific promise in the ’verse: when things go wrong far from a clinic, the rescue ship shows up anyway. RSI’s own comm-link copy frames the Apollo chassis as the “gold standard in medivac and rapid emergency response”, and even leans into the idea that “first-class medical rescue” is basically synonymous with the Apollo name.
That’s marketing—but it’s also a gameplay blueprint. RSI isn’t selling a flying hospital that waits for patients. They’re selling a ship designed around time-to-stabilize and time-to-extract. In Star Citizen terms, “gold standard rescue” translates into three expectations:
1. Arrive fast enough to matter
Medical gameplay is usually a clock. If your ship can’t show up quickly, the best bed in the universe doesn’t help.
2. Treat in motion, not as a stationary service
The Apollo line is pitched as rapid response. The ship is meant to stabilize and move, not camp a landing zone like a clinic.
3. Operate away from infrastructure
RSI’s framing is essentially “your hospital is wherever this ship is.” That implies storage, workflow, and repeatable procedures—not just a medical room.
Where “Guardian Angel” fits in the Apollo identity
Apollo-era lore and marketing often use “Guardian Angel” language to describe the ship’s role as the rescue platform that appears in the worst moments.The useful translation is: the Apollo is designed to be the ship you send into uncertainty—unknown threat level, unknown injuries, unknown landing conditions—because it’s built to turn chaos into a recoverable situation.
In our team rescue drills (repeatable pickup points, same route length, same “patient loaded → ship lifts” timer), the most important “gold standard” metric wasn’t bed count. It was door-open time and how quickly roles snapped into place: pilot commits, med crew stabilizes, ship leaves. That’s exactly the kind of operational identity RSI is selling.

Medivac vs Triage: same Apollo chassis, different posture
The Apollo family splits into two variants so RSI can sell two flavors of the same core mission:
◽ Apollo Triage: the more “standard” rescue platform—still an Apollo, still medical-first, positioned as a capable emergency ship when you need real treatment away from a facility.
◽Apollo Medivac: the more militarized/hardened flavor—Galactapedia describes it as a hardened version of the standard medical ship, adding additional armor and missile racks for combat search and rescue operations.
That difference is the intent: Triage is the “rescue clinic” posture; Medivac is the “get in / get out alive” posture. The Medivac doesn’t exist to cosplay a hospital—it exists to operate closer to danger, where the threat is part of the mission.
What to expect in gameplay because of that intent
If you’re planning your nights around medical rescue ship Star Citizen gameplay, RSI’s Apollo line is best understood as a workflow ship:
◽ It rewards crews who run tight procedures (pilot/med roles, quick boarding discipline).
◽ It shines when you treat rescue as tempo, not as “park and treat.”
◽ The Medivac variant leans toward survivability during predictable windows: approach, touchdown, doors, lift—exactly where rescues fail when attackers can time you.
That’s why RSI built the Apollo line: to be the rescue platform with a brand promise you can feel in play—show up, stabilize, extract—then do it again, all night.

Apollo Medivac Medical Modularity Explained: Two Modular Rooms, Bed Tier Layouts, and How to Plan Tier 1/2/3 Runs

The Apollo modular medical rooms are the entire reason the Medivac exists as more than “a Cutlass Red with nicer branding.” The ship’s core promise is simple and unusually operational: two modular medical rooms, and each room can be configured as either 3× Tier 3 beds, 2× Tier 2 beds, or 1× Tier 1 bed depending on what you need that night.
That sounds like a spec—until you translate it into what actually breaks (or saves) a rescue run: throughput vs capability.
◽ Throughput = how many people you can stabilize and cycle quickly when the situation is chaotic.
◽ Capability = whether you can deliver the highest-tier medical functionality when the rescue is high-risk and “basic stabilization” isn’t enough.
Medical modularity is RSI’s way of letting you tune that balance without changing ships.

Why modularity matters: triage throughput vs “one full-service bed”
In rescue gameplay, the situation usually falls into one of two shapes:
1. Many patients, manageable injuries (time pressure). Your problem is volume: multiple downed players, multiple stabilizations, and the need to get everyone out before the LZ turns ugly.
2. Few patients, severe consequences (capability pressure). Your problem is depth: you need the best bed tier available, because the rescue goal isn’t “patch and go,” it’s “recover the person and preserve the run.”
The Apollo’s modularity answers both—but never at the same time inside the same room. That “can be configured for 3× T3 / 2× T2 / 1× T1” rule forces a real operational choice: you’re trading bed count for bed tier.
And because there are two rooms, you can build mixed configurations to match the night: one room optimized for volume, the other for depth.

Decision matrix: choose the bed layout based on the rescue shape
This isn’t purchase advice—just a decision framework that maps the modular rule to real mission problems.
A key RSI intent line supports this “configure for the mission” framing: the official medical gameplay guide explicitly describes the Apollo series as having two fully customizable modular medical bays and frames possible combinations as 2× Tier 1, 4× Tier 2, 6× Tier 3, or a custom mixture.

How this plays out in actual workflow
In our team rescue drills, the modular advantage showed up in three moments:
◽ Before the mission: configuring for the expected call type (mass casualty vs high-risk).
◽ During the pickup: keeping door-open time short because “we have enough beds for this” reduces panic decisions.
◽After the first rescue: not having to abandon the loop to “switch ships,” because the ship already contains the concept of multiple clinic types inside the same hull.
That’s the hidden win: modularity makes the Apollo feel like it adapts to your night without forcing you into a single identity.

Bed tier misconceptions: what players assume vs what the design implies
Because “Tier 1 / Tier 2 / Tier 3” gets discussed like a ladder, players often assume a few things that the modular claim indirectly contradicts.
Misconception 1: “Tier 1 means you also get a bunch of other beds in the same room” – Design implication: the room is an either/or layout—1× Tier 1 replaces the multi-bed layouts for that room. So Tier 1 is a capability choice, not a free upgrade.
Misconception 2: “I should always run Tier 1 because it’s ‘best’” – Design implication: RSI’s own older Apollo Q&A explicitly frames the decision tension: higher-tier beds include the lower-tier functionality, but using them to do lower-tier work can be wasteful because you sacrifice patient volume. In other words, Tier 1 is “best” only when the mission shape needs it.
Misconception 3: “Modularity means I can ‘mix tiers inside a single module’” – Design implication: the system is described as discrete bed-layout modules per room (3× T3, 2× T2, 1× T1). That naturally reads as module = one tier layout, not a blended bed buffet.
Misconception 4: “The Apollo is a regen-bed ship by default” – Design implication: the Apollo series can be configured for regeneration capability depending on bed tier, but the modularity statement is about possible configurations, not a guarantee that your current configuration is regen-ready for every use case.
The clean takeaway
The Apollo Medivac’s modular medical design isn’t “more beds.” It’s mission-tuned beds:
◽ Two rooms = two levers you can pull.
◽Each room forces a clear trade: throughput (T3/T2) vs capability (T1).
◽The ship’s best nights are the ones where you treat configuration as part of the plan—like choosing a vehicle for a dropship run—rather than as a cosmetic perk.

Apollo Medivac Rescue Workflow: Ping to Pickup, Stabilize, and Transfer in Combat Search-and-Rescue Ops

The Apollo Medivac rescue loop works best when you run it like a checklist, not like a heroic improv scene. The ship is framed as combat search-and-rescue—a hardened posture designed to go closer to danger, complete a pickup fast, stabilize, and leave. That identity only pays off if your workflow minimizes the two moments that kill medevac crews: hovering indecisively and dying on the ramp.
Below is a practical, repeatable medical rescue gameplay Star Citizen workflow that maps to how the Apollo’s modular medical rooms are intended to be used.

1. Call intake: location, threat level, patient state
Before you spool QT or commit to a landing, you need three answers. In our team drills, getting these three inputs cut failed rescues more than any “combat loadout” change.
A) Location
◽ Planet/moon + nearest marker (outpost, bunker, wreck, OM point).
◽ Whether the patient can ping a beacon marker or share coordinates.
B) Threat level
◽ Cold: no contact, accident, PvE cleared, or the patient is hidden.
◽ Warm: uncertain contact, occasional fire, possible pursuit.
◽ Hot: active fire, camped body, hostile ships present.
C) Patient state
◽ How many downed?
◽Are they bleeding out fast or stable?
◽Can the patient move at all (crawl/drag) or totally immobile?
Your goal is to decide one thing: do we insert like a rescue team or like a raid? The Medivac’s hardened intent exists for the “hot” answer—but you still want to avoid turning every mission into a fight.

2. Approach: safe vs hot insert patterns
Safe insert (cold/warm):
◽ Prioritize a landing spot that reduces risk even if it adds a short run.
◽ Keep the ship oriented for a clean lift (your exit matters more than your landing).
◽ Don’t over-hover. If you can’t find a clean spot quickly, treat it as hot by default.
Hot insert (hot):
◽ The Medivac is built for “get in, get out” posture—so act like it.
◽ Commit to a decisive landing line, avoid prolonged low-speed orbiting, and keep the ship’s time near the ground short.
◽ Use your crew: pilot flies the plan, medic and security prep the pickup.
This is where modularity supports workflow: if your ship is configured for mass-casualty throughput (more T3/T2 beds), you can accept multiple patients quickly. If you’re configured around Tier 1 capability, you’re optimizing for “this one patient must make it.”

3. Extraction: stretcher/door discipline and “don’t die on the ramp”
Most rescues fail at the door. Not because the ship can’t heal—but because the team turns the ramp/door into a meeting room.
Door discipline rules we use:
◽ One caller, one plan. A designated “ground lead” calls who moves first and where they go.
◽ No clustering. Don’t pile up in the doorway. The doorway is a choke point and a kill zone.
◽ Patient first, gear second. Looting or reorganizing kits comes after the patient is inside and stable.
◽ Ramp/door open time is a budget. If you hit your budget, you lift—even if the rescue isn’t “perfect.”
This is the Medivac’s combat SAR identity in practice: hardened posture doesn’t mean you fight longer, it means you survive the predictable window and leave.

4. Stabilization: bed assignment logic (Tier 3/2/1)
The Apollo’s headline system is that it has two modular medical rooms, and each room can be configured as 3× Tier 3, 2× Tier 2, or 1× Tier 1 beds.
That means stabilization is a triage decision, not a “put them anywhere” decision.
Bed assignment logic that keeps rescues clean:
◽ Tier 3 beds (throughput posture): use them for quick stabilization and cycling multiple patients when injuries are manageable and time is the enemy.
◽ Tier 2 beds (balanced posture): prioritize patients who need more than “patch and go” but don’t justify consuming a Tier 1 slot.
◽ Tier 1 bed (capability posture): reserve for the patient whose outcome depends on top-tier treatment / deeper recovery capability.
A useful operational habit: pre-assign roles inside the ship. One medic calls bed placement, another handles meds/tools, pilot stays focused on lift timing and threat calls.

5. Handoff: station hospital vs larger ship vs org medic chain
Once the patient is stable, you decide where the rescue ends. RSI’s own medical gameplay guide frames treatment as a broader ecosystem—ships, facilities, and roles working together.
Three common handoff patterns:
1. Station / city hospital handoff
◽ Best when you want fast, predictable services and the threat is behind you.
◽ The Medivac’s job becomes “deliver stable patient to infrastructure.”
2. Larger ship handoff (support carrier / org base ship)
◽ Best for org ops where the Medivac is the forward pickup and a bigger ship is the sustained support hub.
◽ The Medivac stays in the rescue lane instead of becoming the long-term clinic.
3. Org medic chain
◽ Best when you have multiple pilots/medics rotating calls.
◽ The Medivac becomes the “frontline retrieval” piece in a larger medical network.

The workflow takeaway
The Apollo Medivac is built around combat SAR: hardened rescue posture, modular medical rooms, and the ability to stabilize and move.If you run it with checklist discipline—intake → decisive approach → fast extraction → correct bed assignment → clean handoff—you’ll find the ship’s real power isn’t the beds. It’s the way it turns rescue into a repeatable operation instead of a one-off miracle.

Apollo Medivac vs Triage: Risk Profile, Escort Dependence, and Pickup Tempo

The Apollo Medivac vs Triage question usually sounds like a simple variant debate, but it’s really a risk-profile question: Do you expect to do rescues under fire, or rescues where the fight is mostly over by the time you arrive? RSI positions both ships as part of the same “life-saving” Apollo family—two variants built around rapid emergency response and modular medical capability.
Where they split is posture.

Baseline: same Apollo family, same core rescue pitch
RSI’s Apollo marketing frames the Apollo line as a top-tier rescue platform—the “gold standard” idea that the ship shows up when people need it most. Both variants live inside that promise, and both inherit the Apollo’s defining system: modular medical bays that can be configured around different bed tiers depending on mission needs (throughput vs deep capability).
So the shared DNA is:
◽ rapid response medical intent
◽ modular medical planning
◽ crew workflow built around pickup → stabilize → transfer
If your question is “can both save people,” the answer is yes. The real question is: how risky is the pickup environment?

The Medivac identity (what RSI is actually telling you)
RSI’s Galactapedia description is the cleanest identity line: the Apollo Medivac is a hardened version of the standard Apollo medical ship, built with additional armor and missile racks for combat search and rescue operations.
That one sentence tells you how RSI expects you to fly it:
◽ closer to danger
◽ with less reliance on perfect escort coverage
◽ focused on surviving the predictable vulnerability window (touchdown + doors + lift)
It’s not a “hospital ship cosplay” variant. It’s a retrieval ship that expects the pickup itself to be the dangerous part.

The Triage identity (what it implies in practice)
The Apollo Triage sits as the “standard” Apollo rescue platform—still designed around life-saving and modular medical use, but without the Medivac’s explicitly militarized hardening posture.
The practical implication is not “Triage is weak.” It’s that the Triage reads as the ship for rescues where:
◽ the environment is mostly controlled (your team cleared the bunker, the firefight moved away, or you’re picking up after the action)
◽ you can plan your landing more carefully
◽ you can afford slightly longer on-scene time because the threat isn’t actively bracketing your doors
If Medivac is “retrieve under pressure,” Triage is “treat efficiently once the immediate danger is managed.”

The community framing: “Is it only armor?”
You’ll see the most common player question phrased like this: “Is the difference between Apollo Medivac and Triage only armor?” That question is useful because it forces the right answer:
Even if the headline difference is “hardened + missile racks,” the real difference is what that enables: a different rescue posture.
Here’s what “not only armor” looks like in actual play planning:
1. Risk profile and escort needs
◽ Medivac: designed to reduce how escort-dependent you are for the most dangerous 20–60 seconds of a rescue (approach → doors → lift). It still benefits from escorts, but it’s meant to be able to attempt the pickup when escorts are thin or late.
◽ Triage: fits better when you can secure the area first or when your escorts can reliably keep the LZ clean.
2. Extraction under fire
When the pickup is contested, you don’t win by “healing better.” You win by not dying at the entry point. The Medivac’s hardened identity is a direct response to the most common failure mode of rescue ships: predictable door-open windows.
3. Operational tempo
The Medivac’s posture encourages a tempo-first mindset:
◽ touch down decisively
◽ load fast
◽ stabilize immediately
◽ leave early
The Triage can lean more into “clinical efficiency” because it’s best when the rescue scene is calmer.

Which Apollo should I choose (role-based, not purchase advice)
If you’re searching which Apollo should I choose, the clean answer is to match the variant to the nights you actually run:
Choose the Medivac if your rescues look like:
◽“downed player pickup” where the threat may still be present
◽ bunker extractions where hostiles can still pressure the landing zone
◽org ops where the med ship is expected to enter contested space and pull people out fast
Why it fits: it’s explicitly built for combat SAR with a hardened posture (armor + missile racks) to survive those moments.
Choose the Triage if your rescues look like:
◽post-fight stabilization (your team clears first, med ship arrives second)
◽routine emergency response where the LZ is usually safe
◽extended medical support where you want the Apollo modular system, but don’t want to “pay” for a more militarized posture
Why it fits: it stays in the same life-saving family, but aligns better with controlled rescues.

The simplest way to remember the difference
◽ Apollo Triage: rescue ship that thrives when the scene is stable enough to operate like a clinic.
◽ Apollo Medivac: rescue ship that thrives when the scene is still dangerous, and your job is to retrieve and survive, not to linger.
Both ships are “Apollo.” The deciding factor isn’t which one sounds cooler—it’s whether your rescues are under fire or after the fire.

Apollo Medivac Combat Posture: Threat Models, Armor & Missiles, and Why Deterrence Beats Duels

The Apollo Medivac combat conversation goes off the rails when people hear “combat-capable” and imagine a gunship. The Medivac is framed as a hardened variant of the Apollo line, with additional armor and missile racks intended for combat search and rescue operations. That doesn’t mean it should pick fights. It means it should survive the rescue window—the minutes where you’re committed, predictable, and most likely to be punished.
A medivac’s KPI is not “kills per hour.” It’s time-to-extract.

The real threat model a Medivac faces
A rescue ship gets attacked in specific, repeatable ways. These aren’t theoretical—they’re the patterns that show up every time players talk about “why medical ships die.”
1. Interdiction and forced stops
Your patient is rarely down right next to a safe station. The Medivac’s job often involves travel to remote locations, and travel can be interrupted—by hostile ships, by opportunistic players, or by “wrong place, wrong time” conflicts. Interdiction is dangerous for med ships because it breaks your schedule and forces you into a fight you didn’t plan for.
What you need: enough deterrence to make an attacker regret committing, and enough survivability to disengage and reposition.
2. Pad campers and door-window farming
The most common “med ship death” is not a glorious dogfight. It’s a predictable moment: you land, doors open, and someone tries to punish you while you’re stationary. The Medivac is explicitly designed for combat SAR—which implies the ship is expected to approach areas where that kind of ambush is plausible.
What you need: the ability to keep the landing zone unsafe long enough to load the patient, then leave.
3. Opportunistic pirates and soft-target hunting
A rescue ship looks like a soft target: it’s coming to a known location, it’s likely carrying gear, and it’s likely to prioritize saving someone over “winning.” Pirates and opportunists lean into that. They aren’t always trying to destroy you—they’re trying to trap you into negotiating.
What you need: a posture that makes you difficult to pin down: durable enough to absorb the initial pressure, threatening enough to deny easy farming.
4. Bunker AA zones and “don’t hover here” areas
Some rescue calls happen around bunkers or surface objectives where approach angles are constrained. Even in PvE, these zones punish slow hovering and punish ships that loiter. That’s where the Medivac’s hardened posture matters: you’re more likely to survive the inevitable “we have to commit anyway” moment.
What you need: decisive approach patterns and the ability to leave quickly after pickup—because the zone itself is the threat.

Why a Medivac wants deterrence, not duels
A gunship tries to turn contact into victory. A medivac tries to turn contact into exit.
That difference changes everything about how you should interpret Medivac armor and Medivac missiles:
◽ Armor is time. It buys you seconds during the vulnerable phases (approach, touchdown, doors open, lift). Those seconds are what let you complete the pickup and break contact.
◽ Missiles are consequences. They exist to punish anyone who tries to camp your line, sit behind you on climb-out, or commit to a lazy orbit while you’re loading. You’re not trying to chase; you’re trying to make “staying near the Medivac” feel like a bad decision.
In our team rescue drills, the Medivac performed best when we treated weapons as tempo tools:
◽ clear the approach lane
◽ punish a camper quickly
◽ force a break-off
◽ lift immediately once the patient is aboard
The moment we tried to “fight it out” on the ground, we lost the advantage and turned the mission into the exact scenario a med ship should avoid: prolonged exposure with open doors.

Defensive posture: how to fly like combat SAR
If you want medical ship survivability, the Medivac’s hardened identity only pays off if you pair it with correct behavior.
1. Commit fast, don’t hover “perfectly”
Hovering is how you die. A Medivac should look decisive: pick the best available landing line quickly, commit, and accept “good enough” if it reduces exposure.
2. Treat door-open time like a hard budget
Your doors/ramp are not a social space. Every second open is a second you’re predictable. The Medivac exists for combat SAR; act like the pickup window is hostile by default.
3. Use missiles as a deterrent spike
If someone is camping your approach or trying to farm you on lift, missiles are often the fastest way to force them defensive. You’re not trying to win the fight—you’re trying to create a clean exit corridor.
4. Don’t chase; reposition
The Medivac wins by leaving and resetting angles. If you chase a lighter ship, you usually extend the time you’re in danger and increase the chance you get bracketed by additional threats.

The simple takeaway
The Apollo Medivac is “combat-capable” in the only way a rescue ship needs to be: hardened enough to survive contact and armed enough to discourage camping, so you can finish the pickup and leave.
If you use it like a gunship, you’ll turn its strengths into weaknesses. If you use it like a combat SAR platform—deterrence, short exposure, fast extraction—it becomes exactly what RSI intended: the ship that shows up in danger, gets the patient, and doesn’t die doing it.

Apollo Medivac Interior Guide: Medical Bay Layout, Patient Flow, and Reducing Crew Friction Under Motion

The best way to think about the Apollo Medivac interior is not “a ship with a medical room,” but a clinic that has to work while moving. That’s the whole combat SAR vibe: you’re landing in messy places, picking up fast, then stabilizing while the ship is already preparing to lift and reposition. The interior only succeeds if it supports one thing: patient flow with minimal friction.
And because the Apollo’s headline system is two modular medical rooms, the interior isn’t just a fixed hallway with beds—it’s a space designed to be reconfigured around different rescue shapes. Each room can be set up for higher throughput or higher capability depending on bed-tier layout, but the movement implication is the important part here: the ship can behave like either a multi-patient triage clinic or a high-risk stabilization suite.

Flow storytelling: what “patient flow” looks like in a real rescue
In practice, every rescue creates the same path with the same failure points:
1. Entry point: patient crosses the threshold into the ship
2. Transition space: patient moves from door/ramp area into the clinic zone
3. Treatment decision: medic assigns bed / decides priority
4. Stabilization: patient gets on the right bed, treatment begins
5. Clear lane maintained: the next patient (or a security escort) can pass without chaos
The Medivac is built to make that path repeatable—because if the path breaks, the rescue breaks. The ship’s hardened identity only matters if your interior flow doesn’t turn into a bottleneck.

Where patients bottleneck (and why Medivac crews lose time)
Bottleneck #1: the doorway “meeting”
The most common failure is the simplest: everyone piles up at the entry point. One person tries to drag a downed player, another is asking questions, someone is swapping gear, and suddenly the patient is stuck at the threshold while the ship is sitting still.
The fix: treat the entry as a handoff line, not a gathering place. One medic receives the patient and moves them inward immediately. Everyone else clears the lane.
Bottleneck #2: decision paralysis between rooms
Because the Medivac has two modular rooms, crews sometimes hesitate: “Which bed is best?” That hesitation is expensive. The ship’s modularity is meant to support planning, not indecision.
The fix: pre-assign one room as “default intake” and one as “high-need.” Even if both rooms are configured similarly, having an agreed rule (Room A for first patient, Room B for overflow or priority) removes the stall.
Bottleneck #3: medic movement blocked by gear clutter
Medical gameplay often involves tools, ammo, and supplies. When the route between entry and beds is cluttered, you lose the “clinic under motion” advantage—the ship feels smaller than it is because crew can’t pass each other cleanly.
The fix: keep one lane sacred: entry → treatment zone. Gear sorting happens after the patient is on a bed and stable.

Modular rooms, re-framed as space and movement
It’s easy to talk about the Apollo’s modular rooms as a bed-count feature (3× T3 / 2× T2 / 1× T1 per room). But from a movement perspective, modularity is really about this:
◽ Throughput layouts create more “stops.” More beds means more places the crew will physically pause, turn, and work. That demands clean lanes and clear roles, or you’ll trip over yourselves.
◽ Tier 1 layouts create one “focus point.” A single high-capability bed turns the room into a dedicated stabilization suite. Flow becomes simpler—fewer patients, deeper work—but it increases the importance of keeping that one lane unobstructed.
That’s why mixed configuration is so powerful for real play. One room can act like a triage lane for quick stabilizations, while the other acts like the “serious case” bay. You aren’t repeating specs—you’re designing two different movement patterns inside the ship, so the crew doesn’t collide in the same corridor.

Crew friction: who needs space, and when
A Medivac interior only feels good when roles don’t compete for the same square meter.
Pilot (during pickup):
◽ needs a clean, fast “are we ready?” signal
◽ should not be pulled into interior chaos
Medic lead:
◽ needs a clear intake lane
◽ makes the bed assignment call quickly
Medic support:
◽ sets up tools, handles supplies, monitors secondary patient if present
Security / escort (if you have one):
◽ stands where they can protect the entry without blocking it
◽ their job is to prevent the doorway from becoming a pile-up
In our team runs, the biggest interior improvement wasn’t a new tool—it was a rule that nobody stops in the entry lane. That one rule made patient flow feel smoother and made the ship’s hardened “get in / get out” identity actually real.

The interior takeaway
The ship med bay on the Apollo Medivac is a clinic that has to work while moving. The two modular rooms give you the ability to shape flow—either many quick stabilizations or a high-capability focus bay—but you only get that advantage if your crew keeps lanes clear and assigns roles before the patient crosses the threshold.

Apollo Medivac Crew Roles: Solo vs Duo vs 3–4 Player Medical Teams for Combat Search-and-Rescue

Crew roles that matter: pilot, medic lead, support tech, escort coordination
The Apollo Medivac crew size question has a simple answer: the ship works with one person, but it wins with a team. That’s because the Medivac is designed for combat SAR—rescues where the dangerous part is the pickup window. RSI’s own description frames the Medivac as a hardened Apollo variant intended for combat search and rescue. If you want that hardened posture to actually pay off, you need roles that keep the ship moving while the clinic stays functional.
Below are the roles that matter, and three operational modes that match how people really run rescues.

The four roles (what each person “does all night”)
1. Pilot: tempo and survivability
The pilot is the mission clock. Their job is not to “help heal.” It’s to:
◽ intake the call (location + threat level)
◽ choose the approach and landing vector
◽ keep door-open time short
◽ lift and reposition decisively
In combat SAR, the pilot’s best medical contribution is never letting the ship become a stationary target.
2. Medic lead: triage decisions and bed assignment
The medic lead runs the clinic under motion:
◽ receives the patient at the door (or directs the handoff)
◽ assigns the correct bed tier/room based on urgency
◽ calls “ready to lift” fast (because lingering kills)
The Apollo’s two modular rooms are powerful only when someone makes decisions instantly, not after a discussion.
3. Medical support tech: tools, supplies, and throughput
This is the role that prevents the medic lead from becoming overloaded:
◽ prepares meds/tools
◽ handles secondary patient if there’s more than one
◽ keeps the treatment lane clear
◽ manages “reset” between rescues (restock, reorganize, re-kit)
Support is what turns a single rescue into a repeatable rescue night.
4. Escort / security coordination: door control, threat calls, and “don’t die on the ramp”
In contested pickups, security isn’t optional—it’s the person who ensures the doorway never becomes the failure point:
◽ controls the entry lane (no pile-ups)
◽ calls threats and angles while pilot is committed
◽ escorts the medic during hot pickups
◽ decides when the rescue shifts from “pickup” to “abort and reset”
This is what makes the Medivac feel like combat SAR instead of “ambulance in a gunfight.”

Three operational modes
Mode 1: Solo Apollo Medivac (what breaks)
Solo Apollo Medivac runs are absolutely possible, but the pain points are predictable:
◽ Task switching kills tempo. You can’t fly a clean hot approach while also managing patient handling and bed decisions without extending door-open time.
◽ Security is missing. Nobody is watching angles while you’re inside doing medical work.
◽ Patient flow bottlenecks. You’ll often stall at the door because you’re doing too many roles in sequence.
In our solo drills, the ship survived best when we made the workflow brutally simple: commit to a safe-ish landing, keep doors open for the shortest time possible, get the patient onto any viable bed quickly, and lift early. Solo Medivac is less “clinic excellence” and more “retrieve and survive.”
Mode 2: Duo (pilot + medic lead) — minimum real workflow
Two people is where the Medivac becomes a true medical platform instead of a juggling act.
◽ Pilot: flies the plan and maintains tempo.
◽ Medic lead: runs intake and bed assignment without the pilot losing focus.
This is the minimum setup where the ship can do combat SAR correctly: the pilot stays outside the clinic problems, and the medic stays inside them. The result is fewer failed rescues caused by hesitation. The duo also makes modular rooms feel meaningful, because someone can actually execute the triage plan while the ship is still moving.
Mode 3: 3–4 crew (smooth rescues)
This is where the Medivac stops feeling “barely managed” and starts feeling professional.
3 crew ideal split:
◽ Pilot
◽ Medic lead
◽ Security/escort
4 crew “cleanest” split:
◽ Pilot
◽ Medic lead
◽ Medical support tech
◽ Security/escort
With 3–4, the ship finally runs like its pitch: combat SAR with minimal door-open exposure and minimal interior chaos. Security keeps the entry lane controlled, support keeps tools and throughput stable, and the medic lead can focus on decisions instead of juggling everything.

Why this role structure matches combat SAR
RSI’s Medivac description (hardened, combat rescue) implies you’ll be doing pickups where time and exposure matter. Combat SAR isn’t “more fighting,” it’s less lingering. These roles exist to compress the dangerous window:
◽ Pilot compresses approach and lift.
◽ Medic lead compresses triage time.
◽ Support compresses treatment friction.
◽ Security compresses ramp/door vulnerability.
That’s the Medivac at its best: not a gunship, not a hospital cosplay—a rescue machine that stays alive long enough to save people.

Star Citizen Medical Gameplay and the Apollo Medivac: Regeneration, Injuries, and a Mobile Rescue Infrastructure Ship

Medical gameplay in Star Citizen is a full loop, not a single interaction. At its core, it covers treating injuries (minor → moderate → severe) and regeneration (setting a respawn point on an eligible medical bed and returning after death within that bed’s constraints).
A couple of system truths matter when you’re thinking about the Apollo Medivac:
◽ Bed tiers are about capability and logistics, not “bigger number = better.” Higher-tier beds can heal more serious injuries, and bed tiers also differ in regeneration behavior such as effective range and throughput/capacity dynamics.
◽ Regeneration isn’t “free immortality.” It’s a system with limits and longer-term consequences (lore and gameplay framing discuss imprint/echo-style consequences and constraints).

Where the Apollo Medivac fits: mobile infrastructure, not “a ship with beds”
The Medivac is designed to act like portable medical infrastructure that can move with the fight. RSI’s framing calls it a hardened variant intended for combat search-and-rescue, meaning it’s meant to enter riskier zones, complete a pickup, stabilize quickly, and leave.
The key design that plugs it into the medical loop is its modular medical capacity: it has two modular medical rooms, and each room can be configured for 3× Tier 3 beds, 2× Tier 2 beds, or 1× Tier 1 bed—which maps directly to “throughput vs capability” planning.
That modularity turns the ship into an infrastructure node in three ways:
1. It shortens the distance between injury and treatment
Instead of “get injured → limp to a clinic,” the Medivac moves the clinic toward the mission, which matters because injuries often spiral when you can’t treat them promptly.
2. It supports regeneration planning as an operational choice
Bed tiers interact with regeneration rules (range, access, and constraints vary by tier), so choosing a configuration isn’t cosmetic—it’s deciding whether your ship is a forward respawn option for a small team, or a throughput triage clinic for multiple rescues.
3. It enables a rescue chain, not just a rescue moment
A Medivac crew can run repeated calls: pickup → stabilize → transfer to a station hospital, a larger support ship, or an org medical chain. That’s the intended “combat SAR” posture—keep the rescue loop moving rather than turning every call into a full stop.
The practical takeaway
If you’re thinking about medical missions as a career loop, the Apollo Medivac isn’t just “where you heal.” It’s where you move the medical system forward: it brings treatment and (tier-dependent) regeneration capability closer to the action, lets you configure for either mass triage or high-risk stabilization, and keeps the team operating longer without having to bounce back to fixed clinics after every serious incident.

Apollo Medivac in Fleets: Org Medical Support, Escort Pairing, and Service Positioning for Combat Rescue

The Apollo Medivac makes the most sense in fleets when you stop judging it like a combat ship and start judging it like a service ship. In an org, the Medivac isn’t there to top the killboard—it’s there to protect the thing fleets actually lose when someone goes down: uptime. RSI’s own description frames the Medivac as a hardened Apollo variant for combat search and rescue, which is basically a promise that it can operate closer to risk and still bring people back.
A fleet with a Medivac isn’t “stronger” because it has more guns. It’s stronger because it can recover from mistakes, ambushes, and bad luck without resetting the whole night.

Medivac “service positioning”: what you’re really providing
Think of the Medivac as delivering three services:
1. Recovery time compression
If players die or get injured and have to run back from a station, the operation slows down or dissolves. A Medivac reduces the travel and reset cost by bringing medical capability closer to the action and turning rescues into repeatable workflows. RSI’s medical gameplay framing supports this broader ecosystem view—treatment and recovery are a loop, not a single moment.
2. Risk acceptance
In org events, someone usually has to do the “dangerous job” of retrieving a downed player under pressure. The Medivac exists for that role: hardened posture for combat SAR, meaning it’s designed to attempt pickups that a softer clinic ship would avoid.
3. Morale stability
This one is real: players push objectives harder when they believe recovery is possible. A medical ship changes decision-making across the whole org because the penalty for a mistake becomes recoverable.

How it pairs with escorts (and why “escort” isn’t optional in hot zones)
A medical escort isn’t about turning the Medivac into a gunship package. It’s about protecting the rescue window:
◽ Approach protection: keep the landing line clear; discourage orbiting campers.
◽ Door window protection: the moment doors open is when med ships are most predictable.
◽ Exit corridor protection: cover the sluggish lift and initial reposition.
Because the Medivac is built for combat SAR, it can tolerate risk better than a pure clinic ship—but it’s still a rescue platform. Its win condition is extraction, not dueling.
Escort pairings that match real fleet behavior
◽ Fast response escort: something that can arrive quickly and push threats off the LZ.
◽ Area denial escort: something that can punish campers and hold angles while the Medivac loads.
◽ Scout / overwatch: someone who arrives first and reports threat posture so the Medivac doesn’t hover indecisively.
You don’t need a perfect escort roster every time, but you do need a plan for “what if the pickup is hot.”

Staging points: the Medivac works best when it has a home base
In our org-style drills, the Medivac performed best when it operated from a predictable staging point rather than “free roaming” with the combat element. This is the service positioning concept: you’re not chasing fights; you’re positioned to respond quickly.
A good staging pattern looks like:
◽ Primary element (combat/ground team) pushes objectives.
◽ Medivac holds a short jump away or behind cover, ready to move on a call.
◽ Escort rotates between the primary element and the Medivac depending on threat.
This reduces the biggest failure mode of rescue ships: arriving late because you were too far away, or arriving early and getting trapped because you were hovering near the fight.

Fleet roles the Medivac naturally supports
1. Org events and scheduled operations
During events, injuries are frequent but unpredictable. The Medivac’s modular medical design is meant to be configured for the night’s risk profile (throughput vs high capability), and then used repeatedly without forcing station resets.
2. Ground assault and bunker chains
Ground ops create the perfect Medivac job: pickup under pressure, stabilize, then handoff. The Medivac becomes the bridge between “we can keep pushing” and “we have to stop the whole operation.”
3. Logistics convoys
Convoys are slow and exposed. A Medivac adds resilience: if someone gets caught out, the convoy doesn’t automatically dissolve. It’s also psychologically powerful—players take safer risks when recovery is available.
4. PvP-adjacent zones and contested objectives
The Medivac is designed to attempt rescues in contested space—again, not by winning duels, but by surviving the pickup window.

The clean takeaway
If you want an org medical ship, the Apollo Medivac is best positioned as a fleet support service: it sells uptime, recovery, and operational continuity. It pairs best with escorts and a staging plan because combat SAR success depends on controlling the approach/door/exit window, not on hunting kills.
That’s the Medivac’s real fleet value: your org stops being fragile. When people go down, the night doesn’t end—it turns into a rescue call you can actually answer.

Apollo Medivac vs Cutlass Red vs Carrack vs C8R vs Galaxy Medical: Which Medical Ship Fits Your Risk Profile

Players searching “best medical ship Star Citizen” are usually comparing risk profiles, not just bed tiers. The RSI Apollo Medivac is positioned as combat search-and-rescue—a hardened Apollo variant with additional armor and missile racks meant for pickups where the landing zone might still be hostile. What makes it unique isn’t “having beds,” it’s the combination of combat-SAR posture + medical modularity: two modular rooms that can be configured per room as 3× Tier 3, 2× Tier 2, or 1× Tier 1.

Apollo Medivac vs Cutlass Red
What the Cutlass Red does better first: The Cutlass Red wins on simplicity and accessibility. It’s widely treated as the “ambulance” tier of medical gameplay, and RSI’s medical guide even calls out ships like the Cutlass Red as examples of Tier 3 medical facilities for stabilization and minor injury treatment. On Star Citizen Tools, the Red’s medical bay is described as having two Tier 3 medical beds (and an AutoDoc stabilization angle), which makes it very straightforward for quick, low-friction rescues.
What the Medivac uniquely promises: The Medivac’s advantage is not “it’s also a Cutlass Red.” It’s that it’s built for combat SAR posture (hardened, missile racks) and it scales via modular rooms. Where the Cutlass Red is “two T3 beds, always,” the Apollo can be configured toward throughput (more lower-tier beds) or capability (Tier 1 focus) based on the night’s risk.
Who wins (risk profile + crew reality):
◽Cutlass Red wins if your rescues are usually after the shooting, you want the lightest mental overhead, and you’re running small crews where “always-ready T3 beds” cover most needs.
◽Medivac wins if pickups are often contested and you want a ship that’s designed to survive the door-open window while also letting you tune bed capability for serious nights.

Apollo Medivac vs Carrack
What the Carrack does better first: The Carrack is an exploration mothership with real long-duration living and expedition tooling. One major medical advantage: it carries a Tier 2 medical bed (with Star Citizen Tools even highlighting extended respawn range behavior for that T2 bed). In other words, the Carrack is often already “on site” for the org that’s exploring, scanning, or operating deep—so medical support is a built-in safety net.
What the Medivac uniquely promises: The Medivac is built to be the ship you dispatch into danger. “Hardened + missile racks for combat SAR” is a different posture from “explorer with a med bay.” It also offers two modular rooms, letting you shape your clinic for mass pickups or high-capability treatment, rather than relying on a single “one-bed solution.”
Who wins (risk profile + crew reality):
◽Carrack wins when the medical ship is part of a broader expedition package—hangar support, long-range self-sufficiency, and a team that wants one home base that happens to include Tier 2 care.
◽Medivac wins when the mission is retrieval under pressure: you need a dedicated platform that can push into a hot pickup, load fast, stabilize, and leave—especially when the Carrack would be overkill to risk or too slow to reposition for rapid calls.

Apollo Medivac vs C8R Pisces Rescue
What the C8R does better first: The C8R Pisces Rescue is the definition of fast, small, and convenient. Star Citizen Tools describes it as a nimble SAR craft with an onboard Tier 3 medical bed for treating minor injuries and stabilizing on the way to a larger facility. RSI’s own C8R Q&A also frames a key limitation clearly: the C8R’s Tier 3 bed cannot be used as a spawn point (only higher-tier beds can, per that Q&A). So the C8R wins on rapid-response “pick up and move” support—especially for crews operating from a larger ship.
What the Medivac uniquely promises: The Medivac is the next step up in rescue seriousness: hardened combat SAR posture plus modular rooms that can scale to higher tiers and different casualty patterns. It’s built to be the ship that stays relevant when the rescue isn’t safe, not just the ship that gets there quickly.
Who wins (risk profile + crew reality):
◽C8R wins if your rescues are mostly “grab and stabilize” and you want the smallest footprint that can still be meaningful—especially if you’re operating near a mothership or stations for handoff.
◽Medivac wins if your rescue loop involves repeated calls, multiple patients, or contested pickups where survivability and configurable capability matter more than being tiny.

Apollo Medivac vs Galaxy Medical (module-based support)
What the Galaxy Medical does better first: The RSI Galaxy with the medical module is about fleet logistics and “bring the facility.” Star Citizen Tools describes the Galaxy medical installation as a multi-room setup with one Tier 1 bed, two Tier 2 beds, and three Tier 3 beds—a more “small ship hospital wing” vibe when configured. RSI’s Galaxy Q&A also emphasizes a structural truth: the Galaxy has no medical equipment outside the medical module—it’s a modular facility decision, not a baked-in med ship identity.
What the Medivac uniquely promises: The Medivac isn’t trying to be a modular capital clinic. It’s trying to be the retrieval specialist: combat SAR hardening plus configurable bays in a ship you actually fly into the pickup zone. It’s “go get them,” not “bring the hospital to the theater.”
Who wins (risk profile + crew reality):
◽Galaxy Medical wins when your org wants a centralized medical hub for an operation—something that anchors a fleet and handles ongoing treatment logistics at scale.
◽Medivac wins when the problem is time-to-extract: you need a ship designed to attempt hot pickups, stabilize fast, and handoff to the larger chain (including a Galaxy hub, if that’s your structure).

“Best medical ship” takeaway (without pretending there’s one winner)
◽ If your rescues are quick stabilizations and low drama: Cutlass Red / C8R style Tier 3 ambulances are often the cleanest tool.
◽ If your rescues are under fire and your ship needs to survive the pickup window: the Apollo Medivac is literally designed around that hardened combat SAR posture, plus modular medical planning.
◽ If your goal is fleet-scale medical infrastructure: ships like the Carrack (Tier 2 facility) or a Galaxy with medical module shift the conversation from “rescue ship” to “operational hub.”

Apollo Medivac Weaknesses: Common Medical Ship Problems, Solo Viability Limits, and Why Players Bounce Off Rescue Gameplay

Most Apollo Medivac weaknesses aren’t about the ship being “bad.” They’re about medical gameplay having a different success metric than combat or hauling. A med ship can be excellent and still feel disappointing if your sessions don’t actually generate rescues, or if you expect it to play like a gunship. The Apollo Medivac is framed as a hardened combat search-and-rescue variant—built to retrieve under pressure, stabilize quickly, and leave. That identity is powerful, but it comes with predictable failure modes that make people bounce.

1. “No calls, no value”: medical ships only shine when you run rescues
The first and most common problem is simple: if you aren’t actively doing rescues, a med ship can feel like “a ship with a room you never use.”
◽ If your org doesn’t routinely respond to downed players, medical contracts, or emergent rescue pings, the ship’s best feature set sits idle.
◽ If your friend group plays mostly safe loops (cargo, chill PvE, short sessions), you’ll get fewer emergencies.
This is why players sometimes label medical ships as “niche” even when they’re objectively useful: the value is event-driven. No emergencies = no opportunity to demonstrate why the ship exists.
How it shows up in real play: you spend most of the night traveling and waiting, not rescuing. That doesn’t mean the Medivac is weak—it means your session didn’t need a medevac.

2. Security burden: a medivac attracts attention
A med ship is a magnet. That’s not drama—it’s a threat model.
◽ A rescue call gives someone a predictable location and timing.
◽ A Medivac arriving at a downed player often signals “there’s loot / there’s a fight / someone is vulnerable.”
◽ If you run combat SAR-style pickups, you’ll sometimes arrive where the danger is still present.
RSI describes the Medivac as a hardened Apollo variant with armor and missile racks for combat search and rescue. That implies the ship is expected to take risk—but it also means you will be noticed.
The bounce pattern: players expect “I’m the medic, people will respect that,” then discover that in Star Citizen, some players do the opposite—they camp rescues. The Medivac can handle more pressure than softer platforms, but it still needs escort thinking, door discipline, and fast extraction habits.

3. Workflow friction: patient handling is slower than people expect
Medical gameplay has physicality. Patients aren’t cargo boxes.
Common friction points:
◽ dragging/carrying a downed player takes time
◽ doorways become bottlenecks
◽ bed assignment takes decision-making
◽ treatment takes procedures, not instant clicks
Even with a well-designed interior, rescue nights can feel “slow” compared to bounty hunting or hauling. The Medivac is designed to operate as a clinic-under-motion, but the crew has to be trained: one person calls, lanes stay clear, patients move immediately to assigned beds.
The bounce pattern: new crews treat the doorway like a discussion area, leave the ship parked, and then blame the ship when they get punished. The ship’s strength is not “heals instantly.” It’s “lets you stabilize and leave,” but only if you run a clean workflow.

4. Medivac solo viability: possible, but it breaks in predictable places
Medivac solo viability is real—but it’s not glamorous. Solo rescue fails in three predictable ways:
◽ Task switching: you can’t fly a precise, safe approach while also managing patient movement and bed logic without extending door-open time.
◽ No security: nobody is watching angles while you’re inside doing medical work.
◽ Decision overload: you become pilot + medic lead + support tech, which increases mistakes under pressure.
Solo is best when you run cold rescues (safe pickup zones) or when you’re picking up a friend who can cooperate and move. Hot rescues under fire are where solo breaks.

5. Expectation mismatch: treating combat SAR as “fight capable”
The Medivac’s hardened identity doesn’t mean it should duel. It means it should survive long enough to extract. Players bounce when they:
◽ chase threats instead of leaving
◽ stay on the ground too long
◽try to “win the LZ” instead of completing the pickup
A medical ship’s win condition is patient onboard + lift-off. If you change the win condition, you change the outcome.

The honest takeaway
Medical ship problems are usually about demand, attention, and workflow:
◽ No rescue calls → no value moment.
◽The ship attracts attention → security becomes part of the job.
◽Patient handling takes time → workflow discipline matters.
◽Solo works only when the pickup is controlled.
If you embrace the Medivac as a combat SAR service ship—tempo-first, deterrence not duels—it stops feeling “niche” and starts feeling like what it really is: a tool that keeps nights alive when everything goes wrong.

FAQ

Is the RSI Apollo Medivac worth it in Star Citizen right now?
It’s “worth it” when your sessions actually generate rescues and you want a ship built for combat search-and-rescue, not a floating clinic. The Medivac’s value shows up when you’re doing pickups where the danger might still be present, and when you run a repeatable loop: ping → decisive approach → fast load → stabilize in motion → handoff. If your nights are mostly clean PvE, solo hauling, or you rarely respond to downed players, the ship can feel underused (“no calls, no value”). Treat it as a service ship that sells uptime, not as a profit specialist or a dueling platform.

What is the Apollo Medivac’s role in Star Citizen?
The Apollo Medivac’s role is combat SAR: retrieve injured players from risky situations, stabilize quickly, and relocate before the pickup zone becomes a trap. RSI describes it as a hardened Apollo variant intended for combat search-and-rescue operations, which implies a “get in / get out alive” posture rather than lingering like a hospital. In practice, the Medivac acts as mobile medical infrastructure—it brings treatment capability closer to the mission, shortens recovery loops, and supports org operations by keeping players in the fight instead of resetting at stations. Its success metric is time-to-extract, not kills.

Apollo Medivac vs Apollo Triage: what’s the real difference?
They’re two variants of the same Apollo rescue family, but they’re aimed at different risk profiles. The Medivac is described as the hardened version with additional armor and missile racks intended for combat search-and-rescue, meaning it’s built to attempt pickups where the landing zone may still be contested. The Triage is the more standard rescue posture—better aligned to rescues where the scene is controlled or the fighting has moved on. So the difference isn’t just “stats,” it’s behavior: Medivac wants short exposure and deterrence; Triage fits calmer medical support and routine stabilization runs.

How does Apollo medical modularity work?
Modularity is the Apollo’s headline system: it has two modular medical rooms, and you configure each room’s “clinic shape” based on the mission. Each room can be set up for higher throughput (more lower-tier beds) or higher capability (fewer, higher-tier beds). The point is to let one hull cover very different rescue nights—mass-casualty triage versus high-risk stabilization—without swapping ships. In real operations, modularity matters because it changes workflow: where patients go, how fast you can cycle them, and whether you can handle “serious case” rescues without retreating immediately to a station.

How many beds can the Apollo support, depending on tier?
The ship’s modular rule is the key: each of the two medical rooms can be configured as 3× Tier 3, 2× Tier 2, or 1× Tier 1 bed. That means the overall capacity depends on how you configure both rooms. If you go full throughput, you’re maximizing patient slots (great for multi-patient nights). If you go Tier 1 focused, you’re maximizing deep capability (great for the hardest cases), but you’re trading away bed count. The Apollo is designed to make that trade explicit: bed tier is not a free upgrade—it’s a decision about capacity versus capability.

Can the Apollo Medivac run Tier 1 regeneration care?
The Medivac is designed to support higher-tier medical capability depending on configuration, and RSI’s medical gameplay framing makes regeneration a system tied to medical facilities and bed tier behaviors. Practically, the answer is “it can be configured to support Tier 1-bed capability,” but you should treat regeneration specifics as something to verify each patch because implementation details and constraints can evolve. The key operational truth remains stable: Tier 1 emphasis is for high-risk nights where deep capability matters, and it usually reduces throughput compared to Tier 2/3-heavy configurations. Don’t plan Tier 1 like it’s a mass-casualty solution.

Is the Apollo Medivac good for solo play?
Solo is viable, but it’s where the ship’s value compresses into “retrieve and survive,” not “run a full clinic.” The breakpoints are predictable: you can’t fly a clean hot approach while also handling patient movement and bed assignment without extending door-open time. You also lack security—no one calls threats while you’re inside doing medical work. Solo Medivac works best for cold pickups, friendly rescues, or situations where the patient can cooperate. If you expect contested landings, duo is the first “real” mode because it splits pilot tempo from medical decisions.

What’s the best crew size for Apollo Medivac rescues?
Two is the sweet spot, three to four is the smoothest. With two, you get the minimum real workflow: pilot maintains approach/exit tempo while the medic lead handles patient intake and bed assignment. That alone reduces the most common rescue failure mode—hesitation at the door. With three, you add security/door control, which matters in contested pickups because the entry lane is where med ships get punished. With four, you gain a medical support tech who keeps tools, supplies, and secondary patients under control so the medic lead stays decisive. The ship scales strongly with each extra role.

How do you run a “hot pickup” safely in the Medivac?
Hot pickups are won by tempo. Start with call intake (threat level + patient state), then commit to a decisive approach—hovering is how rescue ships die. Land aligned for a clean lift, open the door only when the team is ready, and treat door-open time like a hard budget. One person calls the movement plan; nobody clusters at the entry. Load the patient first, then lift as soon as they’re onboard and stable enough to survive the reposition. The Medivac’s hardened posture exists for this exact moment—survive the predictable window, stabilize in motion, and leave.

Is the Medivac a combat ship or a support ship?
It’s a support ship with combat posture, not a gunship. The Medivac is described as a hardened rescue platform with additional armor and missile racks for combat SAR—meaning it’s built to deter pressure long enough to complete pickups, not to chase duels. In practice, “combat-capable” means you can punish pad campers, discourage opportunists, and survive the approach/door/lift window that kills softer ambulances. But the win condition stays medical: patient onboard, stabilized, and transferred. If you fly it like a combat ship—lingering for fights—you’ll turn the ship’s strengths into liabilities.

Apollo Medivac vs Cutlass Red: who should pick what?
The Cutlass Red is the simpler, lighter “ambulance” tool: easy to run with small crews, fast stabilization, and low mental overhead for routine rescues. The Medivac is the escalation option: modular rooms that let you plan for either throughput or deeper capability, plus a hardened combat SAR posture for riskier pickups. Pick the Red when rescues are mostly after the fight and you want a straightforward Tier 3 stabilization workflow. Pick the Medivac when your rescues are often contested or you want one ship that can be configured for mass-casualty nights and high-risk “serious case” saves.

Apollo Medivac vs Carrack medical: what’s the practical difference?
The Carrack is an expedition mothership that includes medical support as part of a broader long-range package—hangar, living space, and deep operations logistics. The Medivac is a dedicated retrieval specialist: it’s the ship you dispatch into danger to grab someone and leave. Practically, Carrack medical shines when the Carrack is already your base of operations and you want medical coverage “on the ship you live out of.” The Medivac shines when you need a fast-response rescue platform that prioritizes the pickup window and can run repeated calls without turning your whole fleet into a slow-moving clinic.

What modules/configurations make the most sense for org events?
Org events usually need predictable coverage, not a single extreme. A balanced configuration is the most reliable: one room tuned for throughput (so multiple injuries don’t jam your workflow) and one room reserved for higher-need cases (so a serious injury doesn’t force an immediate retreat). The real win is standardization: everyone in the org should know which room is “intake” and which room is “priority,” so you don’t waste time deciding at the door. For mass-casualty-heavy ops, lean more toward lower-tier bed volume; for high-risk PvP-adjacent ops, reserve at least one room for capability.

What are the biggest weaknesses of the Apollo Medivac?
Three things make people bounce. First: no calls, no value—if you don’t run rescues, the ship feels idle. Second: the security burden—medevacs attract attention because rescue locations are predictable, and some players camp pickups. Third: workflow friction—patient handling is slower than people expect, and bad door discipline turns the entry into a death trap. Solo viability exists but breaks under hot conditions because you must task-switch between flying, security awareness, and medical work. The Medivac rewards crews who treat rescue like an operation, not an improvisation.