AirQ develops modular UAV technology, specifically the Harara, which features customizable configurations for cargo and ISTAR missions, utilizing both fully electric and hybrid powerplants. This technology addresses the need for versatile and efficient aerial solutions in urban and remote environments within the rapidly evolving Gulf region's aerospace market.
Funding
Funding not disclosed
Founders
Product
Problem
The rapidly evolving aerospace market requires versatile and efficient aerial solutions for both urban and remote environments. Existing UAV technologies often lack the modularity to adapt to diverse mission requirements, such as cargo transport and intelligence, surveillance, target acquisition, and reconnaissance (ISTAR). Powerplant limitations also restrict operational range and endurance.
Solution
AirQ develops the Harara, a modular unmanned aerial vehicle (UAV) platform designed for customizable configurations that address a wide range of mission needs. The Harara features an interchangeable bay that can be configured for either cargo transport or ISTAR roles, allowing for rapid adaptation to changing operational requirements. Intelligent tilting motors and folding rotors reduce drag in horizontal flight and increase maneuverability in multi-rotor mode. Available in both fully electric and ICE hybrid powerplants, the Harara offers optimized performance for varying endurance and range requirements.
Target Audience
The primary customers are organizations requiring versatile UAV solutions for cargo transport, surveillance, and reconnaissance in urban and remote environments.
Features
- Modular design with interchangeable bays for cargo or sensor payloads
- VTOL and STOL variants available
- Fully electric or ICE hybrid powerplant options
- Intelligent tilting motors and folding rotors for improved in-flight performance
- Nose-mounted gimbal sensor assembly for maximum field of view and stability
- M-Ground Control System (GCS) with portable, mobile, and stationary configurations
- Customizable power supply with multiple voltage inputs for redundancy