Engagement at a glance
- Task: Build a location-based futuristic VR quest
- Historical project budget: $23,076
- Delivery timeline: 6 months
VR game case study
A VR quest case for a futuristic FPS experience with Oculus Rift support, PvE and PvP modes, weapon design and immersive environment production.
The video gives the spatial context first: this is a location-based VR quest with headset interaction, physical room constraints and combat scenarios.
Case evidence
CrocoApps delivered a location-based Oculus Rift quest with FPS gameplay, PvE and PvP modes, 3D assets and an environment designed for a play area of up to 120 square meters.
The six-month production joined headset interaction, physical-space planning, combat modes and 3D environment work.
| Project | Time Machine |
|---|---|
| Platform | VR / Oculus Rift |
| Engine / stack | Unity 3D, Photoshop, Bitbucket |
| CrocoApps scope | VR quest, FPS gameplay, PvE/PvP modes, 3D models and environment design |
| Timeline | 6 months |
| Historical project budget | $23,076 |
| Playing area | Up to 120 sq. m. |
Source: CrocoApps public project archive and approved production materials.
Location-based VR
A VR quest is not only headset software. The 120 sq. m. play area, comfort, enemy encounters, weapons and PvE/PvP modes all shape production decisions.
The images show concept art, 3D assets, gameplay screens, review material and location photos that explain the VR production scope.
Location-based VR needs more than a scene build: interaction, hardware, physical play area and comfort all affect production.
The futuristic FPS quest included zombies, monsters, bosses, skills and weapon upgrades.
The playing area reached up to 120 square meters, changing how movement and interaction had to be designed.
The project included team-based player-versus-environment and player-versus-player modes.
The production materials include character concepts, weapon work, environment elements and gameplay screenshots.
Hardware limits and the physical play area shaped interaction, comfort, scenario design and testing throughout production.
Define story, setting, enemies, modes and physical-space constraints.
Create characters, weapons, doors and environment elements.
Implement Oculus Rift support and gameplay systems.
Test interaction, comfort, build stability and location readiness.
Send the target headset, physical space and interaction scenario.