Stormworks: Build and Rescue is a vehicle engineering sandbox where you design and pilot ships, helicopters, planes, and trucks for search-and-rescue missions. The game's depth lies in its vehicle editor — you build vehicles block by block, then wire up engines, fuel systems, sensors, and control logic using a visual programming interface. Realistic buoyancy, aerodynamics, and weather simulation mean your designs must actually work physically. The community Workshop has thousands of pre-built vehicles for players who prefer piloting over engineering.
This guide covers everything you need: core mechanics, the best builds, equipment worth investing in, location progression, and the tips that actually make a difference.
Core Mechanics
vehicle building
Vehicles are constructed block-by-block in a 3D editor using hull blocks, engines, propellers, rotors, and control surfaces. Each component has mass, drag, and connection properties. Buoyancy calculations determine if boats float, wing surfaces determine if planes fly, and rotor configurations determine helicopter stability. Testing in the editor's preview mode saves time before real missions.
logic systems
Stormworks uses a visual logic system (Lua scripting for advanced users) to connect inputs (throttle, steering) to outputs (engines, rudders). Logic controllers handle complex automation: autopilot, automatic bilge pumps, altitude holds, and GPS navigation. Composite data channels allow multiple signals on single connections. Mastering logic transforms basic vehicles into sophisticated machines.
rescue missions
Missions involve responding to distress calls — sinking ships, stranded swimmers, burning oil rigs, crashed planes. Each mission provides coordinates, a time window, and reward money. Successful rescues require appropriate vehicles (boats for sea rescue, helicopters for cliff rescue) and equipment (stretchers, fire extinguishers, rescue baskets). Mission difficulty scales with distance and weather severity.
weather simulation
Dynamic weather includes wind, waves, rain, fog, and thunderstorms. Wave height affects boat stability (poorly designed hulls capsize), wind affects helicopter control, and fog reduces visibility requiring instrument navigation. Weather changes during missions, so vehicles must handle various conditions. Checking the weather forecast before launching prevents equipment loss.
multiplayer operations
Multiplayer servers allow crews to operate vehicles together — one player pilots, another operates winches, and a third manages navigation. Larger vehicles (aircraft carriers, hospital ships) require multiple crew members. Community servers run persistent worlds with coordinated rescue operations across dozens of players.
Builds Overview
| Build | Tier | Playstyle | Key Stats |
|---|---|---|---|
| Boat Builder | S | Design seaworthy boats, respond to maritime distress calls, transport survivors. | Buoyancy stability, engine power, fuel capacity |
| Helicopter Pilot | A | Hover over rescue sites, winch survivors from water or cliffs, provide rapid response. | Rotor balance, control responsiveness, payload capacity |
| Truck Engineer | B | Drive to inland rescue sites, transport equipment and survivors by road. | Ground clearance, engine torque, payload capacity |
| Submarine Designer | B | Dive to underwater objectives, recover sunken items, perform deep-water rescues. | Hull integrity, ballast balance, oxygen supply |
| SAR Operator | A | Download proven vehicle designs, focus on responding to missions and piloting efficiently. | Piloting skill, navigation knowledge, mission planning |
Boat Builder (S-Tier): Boats are the foundation of Stormworks — most rescue missions involve sea operations. A good rescue boat needs a V-hull for wave handling, twin diesel engines for reliability, a cargo area for survivors, and navigation instruments. Start with a simple 10m motor boat before attempting complex designs.
Helicopter Pilot (A-Tier): Helicopters are the most versatile rescue vehicles but hardest to build correctly. Rotor balance, collective pitch, cyclic controls, and tail rotor anti-torque must all be configured. A rescue helicopter needs a winch for cliff rescues and a hoistable rescue basket.
Truck Engineer (B-Tier): Ground vehicles handle land-based rescues — transporting equipment, reaching inland crash sites, and towing disabled vehicles. Trucks are simpler to build than boats or helicopters but have limited mission variety. Useful in multiplayer as support vehicles.
Submarine Designer (B-Tier): Submarines are niche but impressive engineering challenges. Ballast tanks control buoyancy, and sealed hulls prevent flooding. Underwater rescues (sunken ship recovery, underwater equipment retrieval) are rare but pay well. Requires advanced understanding of pressure and buoyancy mechanics.
SAR Operator (A-Tier): Rather than building, the SAR (Search and Rescue) Operator downloads community vehicles from the Workshop and focuses on piloting and mission execution. This lets you enjoy missions without the steep engineering learning curve. Most Workshop vehicles are well-tested and mission-ready.
For full build breakdowns with gear and stat priorities, see our Stormworks: Build and Rescue builds guide.
Equipment Guide
| Equipment | Why It Matters | Best For |
|---|---|---|
| Fire Extinguisher | Handheld firefighting equipment essential for oil rig fires and ship engine room blazes. | Boat Builder — fire boats with water cannons handle fire missions efficiently |
| Rescue Basket | A hoistable basket lowered from helicopters or cranes to retrieve survivors from water or cliffs. | Helicopter Pilot — primary method for extracting survivors from dangerous positions |
| Winch System | Motorized cable system used to lower and raise rescue baskets, cargo, and tow lines. | Helicopter Pilot and Boat Builder — enables vertical rescue operations |
| Radar | Detects vessels, land masses, and obstacles at range, displaying contacts on a PPI (Plan Position Indicator) screen. | All vehicle types — mandatory for bad-weather navigation |
| Sonar | Underwater detection system that shows ocean floor depth and submerged objects. | Submarine Designer and Boat Builder for underwater awareness |
Fire Extinguisher: Handheld firefighting equipment essential for oil rig fires and ship engine room blazes. Fire missions are common and lucrative. Your vehicle should have both handheld extinguishers and mounted fire monitors (water cannons) for large fires.
Rescue Basket: A hoistable basket lowered from helicopters or cranes to retrieve survivors from water or cliffs. It connects to winch systems and can carry one person per basket. Essential equipment for any helicopter rescue build.
Winch System: Motorized cable system used to lower and raise rescue baskets, cargo, and tow lines. Winches mount on vehicles and require logic connections for control (extend/retract speed, cable tension). The most important utility system for rescue helicopters and crane boats.
Radar: Detects vessels, land masses, and obstacles at range, displaying contacts on a PPI (Plan Position Indicator) screen. Essential for navigation in fog and at night. Radar requires power and a clear mounting position (mast-top for boats, nose for helicopters). Without radar, fog missions are nearly impossible.
Sonar: Underwater detection system that shows ocean floor depth and submerged objects. Essential for submarine operations and avoiding underwater obstacles. Active sonar pings reveal objects at range, while depth sonar prevents running aground in shallow water.
Location Progression
| Location | Level Range | Key Rewards |
|---|---|---|
| North Sea | Beginner missions | Standard mission payouts, accessible rescue scenarios |
| Arctic Waters | Advanced missions | High mission payouts, extreme weather challenge |
| Tropical Islands | Beginner-intermediate missions | Moderate payouts, good conditions for testing new vehicles |
| Offshore Rigs | Intermediate-advanced | High payouts, fire-fighting missions, complex rescue scenarios |
| Coastal Towns | All levels (hub area) | Fuel resupply, equipment purchases, mission board access |
North Sea: The main operating area with moderate weather and regular shipping lanes. Most rescue missions spawn here with medium difficulty. The North Sea has scattered islands and oil rigs that serve as staging points. Water temperature is cold, giving survivors limited time before hypothermia.
Arctic Waters: Extreme cold weather with icebergs and blizzards. Missions here pay significantly more but require ice-rated hulls and heated cabins. Visibility drops to near zero in blizzards, making radar and GPS essential. Survivor hypothermia timer is drastically reduced.
Tropical Islands: Warmer waters with calmer seas and better visibility. Missions involve tourist rescues, recreational boat recoveries, and island medical evacuations. Easier weather conditions make this a good training ground for new pilots and vehicle designs.
Offshore Rigs: Oil platforms scattered across the map that generate fire, medical emergency, and evacuation missions. Rigs are elevated above sea level, requiring helicopter access or gangway docking. Fire missions on rigs are the most challenging rescue scenarios in the game.
Coastal Towns: Shoreline settlements with harbors for docking and resupplying. Towns contain mission boards, fuel stations, and equipment shops. Building a base of operations near a coastal town gives quick access to supplies and new mission assignments.
Tips That Actually Matter
- Start with Workshop tutorial boats before building custom vehicles — understanding how a working boat's systems connect teaches you more than building from scratch.
- Logic controllers automate complex systems that would be overwhelming to manage manually. Set up autopilot (GPS waypoint following), automatic bilge pumps (flood sensors trigger pumps), and fuel monitoring early.
- Buoyancy calculations matter more than aesthetics — test your boat in calm water first. If it lists to one side, your weight distribution is off. Add ballast blocks or rearrange components.
- Fuel consumption scales exponentially with engine RPM — running at 70% throttle instead of 100% nearly doubles your range. Only use full throttle for emergencies.
- Modular designs with standardized connection points let you swap components (different engine, bigger fuel tank) without redesigning the whole vehicle.
- Sealed compartments prevent total flooding if a hull breach occurs. Divide your boat into watertight sections with bulkhead doors — one breach sinks the compartment, not the whole ship.
- Instrument panels need proper wiring — connect GPS to a map display, speed sensor to a speedometer, and altimeter to a gauge. Without instruments, you're flying blind in bad weather.
- Helicopter designs need the center of mass exactly below the main rotor. Use the editor's mass visualization tool to check balance before testing. Off-center mass causes uncontrollable spinning.
- Save vehicle designs frequently using different names — it's easy to break a working design with one wrong edit, and reverting to a backup saves hours of debugging.
- Multiplayer crewing is the most fun way to play — one person pilots, one operates the winch, one navigates. Voice communication makes complex rescues manageable.
Common Mistakes to Avoid
- Building boats without testing buoyancy — a boat that sinks on launch wastes all your building time. Use the editor preview to check flotation before spawning in the world.
- Over-complicating first vehicles — new players try to build aircraft carriers when they should start with a 10m motor boat. Master simple designs before scaling up.
- Ignoring fuel management — running out of fuel mid-ocean leaves you stranded with a mission timer ticking. Always fill tanks before launching and monitor fuel gauges.
- Not sealing helicopter cabins — open cockpits fill with water during rain and can cause weight imbalance. Seal your cabin with glass blocks and add a door for passenger access.
- Skipping the logic system tutorial — logic controls everything from engines to autopilot. Players who avoid learning logic build vehicles that require constant manual input for basic functions.
Frequently Asked Questions
Is Stormworks hard to learn?
The vehicle building has a steep learning curve, especially the logic system. However, you can download thousands of pre-built vehicles from the Steam Workshop and focus on piloting and missions instead. Start with Workshop vehicles, then gradually learn building by modifying existing designs.
Can you play Stormworks single player?
Yes. All missions and content work in single player. However, operating large vehicles alone means constantly switching between pilot seat, equipment controls, and navigation. Multiplayer with a dedicated crew is the intended experience for complex rescue scenarios.
What is the best starter vehicle to build?
A simple V-hull motor boat: 8-10m length, single diesel engine, basic steering, a seat, and navigation instruments (compass, GPS). This teaches hull design, engine mounting, fuel routing, and control connections without overwhelming complexity.
Does Stormworks have a career mode?
Yes. Career mode gives you starting funds, a basic vehicle, and access to mission boards. Completing missions earns money for buying components and unlocking vehicle parts. Custom mode gives unlimited access to all parts for pure creative building.
What to Read Next
- Best Stormworks: Build and Rescue Builds — Detailed breakdowns with gear, stats, and playstyle guides
- Stormworks: Build and Rescue Tier List — Current meta rankings
- Stormworks: Build and Rescue Walkthrough — Step-by-step progression from start to endgame
- Stormworks: Build and Rescue Beginner's Guide — First session essentials
- Stormworks: Build and Rescue Tips & Tricks — Advanced strategies and hidden mechanics
