Why Use Drones instead of Helicopters?
Drone technology is not only safer, and more cost effective to operate, but the reduction in manned aircraft hours greatly reduces the industries carbon footprint. The ability to quickly deploy a drone carrying multi-sensor packages isn’t just a luxury—it’s a necessity. Our equipment is designed to withstand tough environments, streamline data collection, and deliver reliable performance no matter the mission.
Drone Platform, sensors and software
Our equipment ecosystem combines long-endurance UAV technology, cutting-edge sensor payloads, and intuitive software for seamless, cost-effective operations. By leveraging platforms like the Perimeter 8 and Perimeter 8+ – each engineered for extended flight time and minimal fuel use – along with versatile sensors (LiDAR, thermal, multispectral, and beyond), we can tackle a range of missions with precision. Powerful control software ties it all together, enabling real-time data streaming, autonomous flight planning, and in-depth analysis for any industry or application.
Perimeter 8 Hybrid Multirotor Drone Solution
The Perimeter 8 hybrid drone has a max flight time of 4+ hours or can carry up to 5 kg (11 lb.) for 3 hours. The combination of heavy-lift and high-endurance reduces field time from days to hours.
The Perimeter 8 is a hybrid multirotor drone that is powered by a hybrid-electric power source. This hybrid-electric power source converts gasoline/petrol into electricity, which is then distributed to the propellers via 8 electric motors. The drone can fly for much longer than a battery powered drone because gasoline has a much higher energy density than that of batteries with >95% efficiency conversion rate.
Payloads include RGB/LiDAR/Multispectral/Oblique
- Our sensor suite spans everything from high-resolution orthographic cameras to LiDAR scanners, thermal imagers, and multispectral payloads, enabling thorough data capture for virtually any mission. Fully integrated with the Perimeter 8 and 8+ platforms, these sensors ensure real-time streaming, automated flight controls, and precise georeferencing. Whether you’re performing power line or pipeline inspections, mapping dense forests, or detecting crop stress, our broad payload lineup delivers the accuracy and detail you need.
Safety Systems
- Return to Home (RTH): Drone performs preprogrammed emergency procedures attempting to reestablish datalink, followed by Return to Home.
- Link Dead / Link Interference Procedures: Built in fail safes that land the drone safely or circle at a designated altitude until reconnected.
- Emergency Landing Protocol: Minimizes risk of crash damage – both to aircraft/payload and property/Personnel below.