Prototype is a survivor for players who want to improve movement and recovery for themselves and nearby teammates. Community documentation describes Prototype as a survivalist/support hybrid whose coils draw from a shared battery. Speed, gravity, and regeneration effects have appeared in current or recent test documentation, but the exact loadout and values have changed between builds.
The durable skill is resource timing: activate a coil when its effect changes a route, then create space for the battery and ability state to recover. Always read Prototype’s current live panel before relying on a named coil, percentage, radius, or duration.
Read the battery before the chase
Prototype’s reported battery system turns several abilities into one shared planning problem. A coil may appear available while using it leaves too little power for the next part of the chase. Before entering a risky area, look at the current meter, confirm which coils are ready, and decide which one solves the most likely danger.
Do not toggle abilities just to travel slightly faster or jump for style. Community documentation indicates that battery recovery can depend on coil and cooldown state, so unnecessary activation may delay the next useful window. Test the current regeneration rule in the live build: use one coil in safety, stop, and watch exactly when the meter begins to return.
Role
Community-documented survivalist/support who shares coil benefits with nearby survivors.
Resource
A reported battery connects coil decisions; exact drain and recovery require a live check.
Strength
Turning one well-timed movement or recovery effect into value for more than one player.
Risk
Spending battery outside danger, overlapping other Prototypes, or activating after the useful moment.
Time the Speed Coil for a route
Community sources consistently associate Prototype with a Speed Coil that can affect nearby survivors. Use it when a clear destination exists: crossing an exposed lane, reaching the next corner, or helping a chased teammate pass your position. Activating while everyone is standing still wastes much of the effect and may reveal that the resource is unavailable later.
Approach a teammate from an angle that does not block their path. Match their direction, activate within the current live range, and separate after the boost. Do not assume an old radius or status tier. Watch the teammate’s HUD effect and movement in the current build, then adjust your spacing in the next round.
Use the Gravity Coil for planned elevation
The Gravity Coil is community-documented as providing a jump or floating benefit. Its value depends entirely on the map. Before activation, know which ledge, drop, or obstacle you intend to use and where the landing leaves you. Extra airtime without a destination can make movement easier to predict.
If you want to assist another survivor, position before they reach the elevation change. A late activation after they have fallen or committed to another path may do nothing. Test whether the current map geometry and build preserve momentum, allow a second jump, or apply a temporary status; that live behavior should be learned in the client, not inferred from an older video.
Treat recovery as a safe-window tool
Recent community records describe a regeneration-oriented coil, but its availability and tuning have varied. If it appears in your live kit, use it after creating enough distance for the effect to matter. Activating within immediate attack range can lose the recovery and the battery at the same time.
Share recovery from a protected corner or after another teammate takes over pressure. Do not crowd an injured survivor in a one-exit room. Keep sight of the approach and leave separate escape lines. If the current ability stops on damage, protection during the effect is part of the cost.
Keep support spacing
Prototype wants to be near teammates when a shared effect is needed, not permanently attached to them. Work one junction away so you can approach a chase without occupying the chased player’s route. Community notes have also described reduced battery efficiency around another Prototype in some builds. Verify whether that interaction still exists, then stagger positions and activations if it does.
Avoid firing several team buffs into the same low-risk moment. Decide who covers movement, who covers interruption, and who continues the objective. Prototype contributes most when the team converts a coil into distance or completion rather than admiring the status icon.
Survive when support becomes the target
Entities may switch to Prototype after seeing a shared boost. Preserve normal stamina and map knowledge instead of assuming a coil will rescue every mistake. Use cover first, then activate the movement tool at a junction where the effect opens a real option. If battery is low, choose the safest ordinary route and let it recover.
Do not stare at the resource meter during close pursuit. Check it before a turn, make the decision, then return attention to the map and entity. If an ability cannot be used, continue moving rather than repeating the input and losing control.
Practice and review
Start with a battery experiment in a safe portion of one round: activate a single coil, note the drain, and observe recovery. In the next chase, use only the Speed Coil at a named landmark. In a later round, test the elevation tool on one verified obstacle. This sequence builds knowledge without risking every cooldown at once.
After updates, repeat the measurements qualitatively. You need to know whether an ability is short, medium, or long commitment more than you need a stale decimal. Compare Prototype with Gunhound when the team needs direct disruption, or Guest 666 when it needs information and trap-like control.
Verification notes
- Community corroborated: Prototype is described as a support/survivalist using coil effects and a shared battery system.
- Community reported: Speed, gravity, and regeneration coils have affected Prototype and nearby non-Prototype survivors in recent builds.
- Needs in-game testing: current roster status, unlock cost, exact coil set, battery drain/regeneration, stacking rules, effect radius, durations, and controls.