Repairing satellites in Void Tech requires mastering Extra-Vehicular Activity (EVA), using the right tools for the job, and understanding the unique objectives of each mission type. The core process involves leaving your ship via the airlock, navigating in zero-G with your jetpack to the damaged satellite, and executing a specific repair protocol—whether it's replacing a fried component, decrypting a data core, or clearing obstructive asteroid fields. Success hinges on careful resource management and precise execution under pressure.
Satellite repair missions are the bread and butter of a technician's life in the void. They are multi-stage operations that test your ability to work methodically in a hostile environment. While the specifics vary, every successful repair follows the same fundamental pattern: assess the damage from your ship, prepare the correct loadout, perform a safe EVA, complete the primary objective, and return to your vessel before your life support runs out or external threats overwhelm you.
What's Your Toolkit? Prepping for an EVA Repair
A job is only as good as the tools you bring. Before you even cycle the airlock, a successful technician ensures they have the right equipment for the task ahead. While your ship's Fabricator can produce a variety of tools, satellite missions generally demand a specific set of gear. Don't get caught outside without the essentials.
Your standard-issue equipment includes the EVA Jetpack, which is mandatory for any spacewalk. This provides propulsion and life support, but has finite oxygen and fuel reserves. Always check your levels before heading out. Beyond that, your mission-specific tools are what make or break a repair.
- Cryo-Wrench: This is your primary tool for physical repairs. It's used to loosen and tighten the super-cooled bolts on satellite access panels and component housing. Without it, you can't even get inside the satellite's chassis.
- Hull Repair Plate: While typically used for your own ship, these are essential for missions requiring you to patch large structural breaches on a satellite, often caused by micrometeoroid impacts. You must craft these at the Fabricator using Alloys.
- Data-Spike: For any mission involving data recovery or system decryption, the Data-Spike is non-negotiable. This tool interfaces with a satellite's computer core, allowing you to bypass security lockouts and download critical information.
- Mining Laser: When a satellite is caught in an asteroid field, your ship's main guns are too imprecise. A handheld Mining Laser allows for the surgical destruction of dangerous space rocks that threaten the satellite or your own safety during the EVA.
Choosing the right tool is dictated by the mission briefing. Bringing a Mining Laser to a decryption job is a waste of a valuable inventory slot. Always coordinate with your crew to ensure you have the right gear for the objective and a backup plan for emergencies.
Void Tech in-game screenshot
The Three Types of Satellite Repair Missions
Satellite malfunctions aren't one-size-fits-all. In Void Tech, you'll encounter three primary categories of repair missions, each with its own set of challenges, required tools, and victory conditions. Mastering all three is the mark of an elite technician.
1. Component Replacement: The Hands-On Fix
This is the most common type of repair job. A critical satellite module, like a solar array, comms dish, or power converter, has failed and needs to be physically replaced. These missions are a test of your mechanical precision and ability to work under a time limit.
Step 1: Identify the Damaged Component
The mission briefing and your ship's scanner will highlight the malfunctioning part. When you arrive on site, it will often be visibly damaged, sparking or venting gas. Your first task is to get close and perform a visual inspection.
Step 2: Gain Access to the Housing
Using your Cryo-Wrench, interact with the bolts on the access panel covering the component. You'll typically need to unscrew several connection points. Once the panel is loose, grab it and push it away into the void so it doesn't obstruct your work area.
Step 3: Remove the Faulty Module
With the housing open, you can now access the fried component. It will be locked in place with another set of clamps. Use the Cryo-Wrench again to release them. Once it's free, pull the old module out and discard it. Be careful—sometimes these can be volatile.
Step 4: Install the New Component
Your ship should have a replacement component, either from your starting inventory or fabricated on-site. Carry the new module to the satellite, carefully slot it into the empty housing, and use the Cryo-Wrench to secure the clamps. Finish the job by re-attaching the access panel.
Void Tech in-game screenshot
2. Data Decryption: The Tech Specialist's Job
When a satellite goes dark, it's not always a hardware problem. Sometimes, its software has been corrupted or locked down by an external signal. Data Decryption missions require you to perform a delicate digital bypass to restore the satellite's function and retrieve its valuable data.
Step 1: Locate the Central Computer Core
Unlike component missions, your target here is the satellite's main computer. This is usually located in a reinforced, central part of the chassis. You'll still need to use your Cryo-Wrench to open an access panel to reach the main terminal interface.
Step 2: Interface with the Data-Spike
Equip your Data-Spike and approach the terminal. A prompt will appear, allowing you to insert the spike. This initiates the decryption process, which often triggers a defensive response from the satellite's security systems or alerts nearby hostiles to your presence.
Step 3: Complete the Decryption Minigame
Once connected, you'll need to complete a decryption sequence. This often takes the form of a minigame where you must match symbols, align frequencies, or enter codes as they appear on your HUD. This process takes time and concentration, making you vulnerable. Your crewmates should be on alert, defending the ship and watching your back for any threats that spawn.
Step 4: Confirm Data Transfer
After successfully completing the minigame, the data will begin downloading to your ship's computers. You must remain close to the satellite until the transfer is 100% complete. Once your ship confirms the download is secure, you can retrieve your Data-Spike and return to the airlock.
Void Tech in-game screenshot
3. Asteroid Clearing: The Demolition Expert's Task
Sometimes, the satellite is perfectly fine, but its environment is not. Dense asteroid fields can damage a satellite, block its solar panels, or interfere with its broadcast signal. These missions are less about repair and more about aggressive hazard removal.
Step 1: Assess the Debris Field
From your ship, get a clear visual of the satellite and the surrounding asteroids. Your HUD will highlight the specific rocks that are on a collision course or are otherwise posing a direct threat. These are your primary targets. Note their size and trajectory.
Step 2: Perform a Controlled EVA
Equip your handheld Mining Laser and exit the ship. Navigating through a moving asteroid field is dangerous. Use short, controlled bursts from your jetpack and keep your head on a swivel. Your biggest threat isn't just the asteroids themselves, but the risk of getting knocked off course and sent tumbling into the void.
Step 3: Destroy Designated Targets
Aim your Mining Laser at the highlighted asteroids and fire. Smaller rocks will shatter instantly, but larger ones may require sustained fire on highlighted weak points. Prioritize the asteroids closest to the satellite first. Be mindful of your laser's energy levels; it may need to cool down between uses. Also, be aware of the chain reaction—destroying a large asteroid can send smaller, equally dangerous fragments flying in unpredictable directions.
Step 4: Wait for Sector Clear Confirmation
Continue destroying the designated targets until your ship's computer confirms the area is secure. Once the immediate threat to the satellite is neutralized, the mission is complete, and you can safely return to the ship.
Frequently Asked Questions (FAQ)
Got a question about your next EVA? Here are the answers to some common technician queries.
How do I move faster during an EVA?
Mastering your jetpack is key. Instead of holding the thrust key down, use short, controlled bursts to build momentum. To stop, you need to apply counter-thrust by turning 180 degrees and firing a short burst in the opposite direction. The Scavenger class often has perks that improve jetpack efficiency and speed.
What happens if I run out of oxygen?
You will begin to take damage rapidly and your screen will blur. If you can't get back to the airlock in time, you will be incapacitated. Your crewmates can sometimes retrieve your body, but it's far better to constantly monitor your O2 gauge and begin your return journey when you have around 25-30% oxygen remaining.
Why can't I interact with a repair point?
Make sure you have the correct tool equipped. You can't unscrew a bolt with a Data-Spike. If you have the right tool, ensure you are close enough and aiming directly at the highlighted interaction point. Some interactions, like placing a Hull Repair Plate on a major breach, require you to first place the plate with one input before you can begin welding with another.
Can enemies attack me during an EVA?
Yes. You are extremely vulnerable during a spacewalk. Enemy ships, drones, and automated defense turrets can and will target you. It is crucial that your crewmates provide cover fire from the ship's turrets while you are outside working. The Scavenger role often has better survivability during EVAs, but no one is invincible.
Final Check: Back in the Airlock
Successfully repairing a satellite is one of the most rewarding experiences in Void Tech. It's a pure test of skill, teamwork, and grace under pressure. By understanding the unique demands of each mission type and preparing the right loadout, you turn a chaotic spacewalk into a controlled, professional operation. Always communicate with your crew, keep an eye on your oxygen, and remember the void is as dangerous as it is beautiful. Now get out there and fix something.