Scorpion™

Short-Range Multicopter sUAS

The Ultimate 2-in-1 ISR System

The alternative configuration of the Vector 2-in-1 system, Scorpion is a multicopter small uncrewed aerial system (sUAS), ideal for dynamic and smaller-scale ISR missions in urban environments where maneuverability and stationary hover is required to provide real-time situational awareness. Using the same main fuselage, avionics hardware, ground controller, data link, sensors, and AI capabilities as Vector, the operator can easily swap from the fixed-wing configuration to multicopter in a matter of seconds by removing the wings and tail and attaching a separate set of booms and props.

Scorpion is part of a 2-in-1 system that uses the same main fuselage, ground controller, data link, sensors, and AI capabilities. It can alternatively be configured as the Vector™ eVTOL fixed-wing sUAS without any changes to the avionics hardware, UI or workflow. Components for both configurations fit into one case, giving the operator access to two sUAS with half the packout.

7 kg

MTOW

40 km

Standard Command & Control Range

45 min

Endurance

1.37 m

Wingspan

7 kg

MTOW

40 km

Standard Command & Control Range

45 min

Endurance

1.37 m

Wingspan

Key Features

Scorpion features an intelligent cruise speed ranging from 0 to 15 metres per second and offers a 45-minute flight duration with our dependable Smart Battery packs. Mission control is intuitive via the SRoC or rugged laptop, facilitating seamless operations. It supports video streaming over encrypted Mesh IP data links spanning up to 40 kilometres (standard configuration), ensuring secure communications. Built to withstand rigorous conditions, it utilises durable, high-quality glass-fibre reinforced materials and holds an IP54 rating. Operating under harsh environments is made possible by self-heating batteries and an advanced cooling system for data links and electronics, ensuring reliable performance in challenging scenarios.

The Scorpion platform incorporates an optical flow sensor for precise take-off and landing operations. Its open systems architecture supports continuous capability expansion, adapting effortlessly to the evolving needs of the battlefield. Equipped with robust onboard computing power and advanced computer vision processing capabilities, it integrates state-of-the-art AI and advanced networked communications to enhance operational efficiency and situational awareness.

Weighing less than 6 kg, Scorpion is rucksack portable and can be mission-ready within three minutes with no tools or equipment needed. Its modular setup facilitates swift, cost-effective maintenance and repairs, allowing individual parts to be disassembled and exchanged efficiently, ensuring operational continuity and reliability. Autonomous missions are executed seamlessly with QBase Tactical software, providing dependable autopilot decisions that reduce cognitive load on the operators while keeping them well-informed.

Scorpion™ Sensors

Scorpion is currently available with two integrated gimbaled sensors: the HD40-LV and the Raptor. The sensors can be exchanged easily in a matter of seconds via a quick-lock mechanism. No tools are required.

Sensor Overview

Artificial Intelligence at the Tactical Edge

NVIDIA Jetson Orin AI Board

Using on-board artificial intelligence, the system is increasingly capable of supporting decision-making processes in an efficient and user-friendly manner. The Raptor gimbaled sensor performs object detection, classification, and tracking. The operator only receives relevant information in the form of messages or warnings. Constant monitoring of the live video is not necessary. The AI board also supports and enables GNSS-denied navigation.

Mission Control Software

Scorpion is operated using QBase Tactical, designed to meet ISR mission requirements with real-time reconnaissance and post-mission analysis. It supports QuickStart missions, intuitive control of the aircraft and sensor, clicks on the map and in-flight mission updates.

QBase Tactical