• Chariot Launch & Recovery System (CLRS)

    The CLRS is a standalone fixed wing launch platform capable of deploying UAVs in any environment.

CLRS

The Chariot system is a technology to launch a fixed-wing aircraft vertically and enable it to transition into forward flight without using significant energy during takeoff. This innovation allows for efficient flight operations and maximizes energy conservation.

Our Chariot system is designed to fit and operate in a small environment the size of a parking spot, depending on the wingspan of the fixed-wing mounted to it. 

It is designed to be the ideal launch platform for fixed-wing aircraft in close-quarter environments, keeping the UAS operator safe by utilizing our patented M-DAR technology. 

The Chariot

UAV

CLRS + UAV

The Chariot System on Launch

  1. Chariot is attached to Group 3 fixed wing UAV in under 5 minutes

  2. Chariot system climbs at a 65 degree angle lifting the Group 3 UAV

  3. Chariot detaches from UAV

  4. Chariot returns to home station

The Chariot System on Retrieval

  1. UAV approaches home station

  2. Chariot system flies in parallel, then in line with the Group-3 UAV

  3. Chariot mates with Group-3 fixed-wing UAV 

  4. Chariot and docked UAV return to home station

VTOL

Vertical Takeoff and Landing (VTOL) advantages include adaptability, energy efficiency, and safety during takeoff & landing.

Built to Endure

High strength carbon fiber is used in blend with our M-DAR technology to create a robust UAV.

Stormproof

Our vehicles are engineered to perform in diverse weather conditions including extreme heat, cold weather, and precipitation.

Eliminate Catapult

Chariot is safer to use than the industry standard catapult and requires less personnel to operate and maintain.

Compact

The wings can be disassembled to make the Carbon Dart fit conveniently in a backpack.

Flight Control Software

Our software is scalable & adaptive to various air platform sizes. We also provide Flight Simulation featuring the M-DAR system in comprehensive complex flight modes.