Airborne Virtual Reality
Imagine the Olympics live in virtual reality, a flight through the Grand Canyon or a tour over the beauty of Yellowstone without ever leaving your home. The VR Drone is a Patnented technology that brings a new level of sophistication and film making possibilities to the Virtual Reality market. Dual hemisphere stabilization and flexible camera options gives VR creators the ultimate tool for making beautiful stabilized aerial VR storytelling.
Industrial Inspections made safer and easier
The VR Drone, dual hemisphere technology is ideal for inspecting undersides of bridges, tall structures like wind turbines and other high value, difficult to reach, industrial structures. Using arrays of HD, IR cameras, Lidar and other sensors, our drones are able to inspect large industrial sites and create 3d models in a quicker, more efficient and safer way than ever before.
VR Drone technology can help first responders and the military save lives. Use low altitude IR scanning to help find people after a hurricane or other natural disaster. First responders can survey large fire and hazmat scenes in a fraction of the time. Park it on a street corner in a battle zone and downlink live 360 imagery to commanders.
Mapping 360 Skyview
VR Drone technology has created a unique ability to offer a new level of imagery to the Google Earth and Bing mapping projects. By utilizing autonomous navigation, in conjunction with our 360 imaging, our drones are able to fill in the gaps between the satellite, airplane and 360 street views. VR Drones are the optimal tool for gathering stabilized, high resolution 100-400 ft elevation 360 imagery that can seamlessly integrate with systems like Google Earth and Bing.
Drone Stabilization Technology
3-Axis dual hemisphere stabilization
Interchangeable Sensors/Payloads – “sensor agnostic” (Lidar, IR, HD)
Improved Flight Performance – Wind Tolerances, Agility, Acceleration
No Post Image Stabilization Needed
Live Broadcast Ready
Fully immersive content (no drone in image in the footage)
Dual hemisphere data capture
Reduce flight time and increase efficiency through Omni-directional data capture
Frame Arm Length 358mm
Frame Arm Weight (Including Motor, ESC, Propeller ) 316g
Center Frame Diameter 272mm
Landing Gear Size - Retractable 460mm(L)×450mm(W)×360mm(H)
Camera Gimbal Weight 1600g
Prop Length 15x5.2
Battery Lipo 2X 6s, 14,000mAH
Max Power 500w
On-Board power system 2x 5VDC, 1x 12VDC Mauch Power Cube
Total Weight 4.9 kg
Total Take-Off Weight 4.9 - 8.2kg
Optimal Payload Weight 1.5kg
Approx Flight Time 15 min
Working Environment Temp -10 °C ~ +40 °C
Main Flight Director Autopilot Cube Autopilot system
Datalink RFD 900mhz Datalink
Aircraft controller Taranis X9D radio controller 16 Ch Sbus