Autonomous Drones Designed for the Front Line
Viter Lab builds a new generation of fixed-wing VTOL drones — affordable, fast to deploy, and GPS-independent. Designed from scratch to meet the real needs of modern battlefield units.
Our Vision
The future of reconnaissance is autonomous, seamless, and human-optional. We envision a battlefield where real-time situational awareness is continuously maintained by autonomous drones — without human piloting, ground stations, or reliance on infrastructure. These systems will operate collaboratively, share intelligence instantly, and integrate directly into command platforms.
At Viter Lab, we're building the foundation for this future: drones that think for themselves, deploy within seconds, and deliver only the intelligence that matters.
UAV VTOL Platform
Our first VTOL fixed-wing prototype has successfully flown and is being refined to enhance aerodynamic performance and mission endurance.
Viter Lab TAS-01
Wingspan
1.9 m
Maximum take-off weight
5.0 kg
Weight without battery
3.0 kg
Stall speed
35 km/h
Cruising speed
60 km/h
Max speed
110 km/h
Max flight time
90 min
Max flight range
90 km
| Wingspan | 1.9 m |
| Maximum take-off weight | 5.0 kg |
| Weight without battery | 3.0 kg |
| Stall speed | 35 km/h |
| Cruising speed | 60 km/h |
| Max speed | 110 km/h |
| Max flight time | 90 min |
| Max flight range | 90 km |
Autonomous stack
We’re developing a visual navigation system that utilized stereo cameras and onboard computer vision — enabling our drones to operate without GPS.
These technologies form the backbone of a fully autonomous ISR platform built for real battlefield conditions — scalable, GPS-independent, and operator-free.
Why It Matters
- No pilot. No ground station. No infrastructure. Our system is fully autonomous from launch to landing.
- Built for scale. Designed for mass production and affordability without sacrificing capability.
- Original where it counts. Core systems — including the airframe, visual navigation, and data link — are engineered from scratch to meet the realities of modern warfare, unlike retrofitted hobby or commercial drones.