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STROBELTEK
StrobelTEK (formerly named AS Works) is an award-winning company that designs and builds patented, fully autonomous Unmanned Aerial Systems (UAS) with mobile, vehicle-mountable, and charging docking stations for individual or swarms of its Unmanned Aerial Vehicles (UAVs).
St. John's, Newfoundland & Labrador (NL), Canada
Defense & Security
Products & Services
Sprinter 200 ISR
StrobelTEK
The Sprinter 200 is a fully autonomous ducted fan unmanned aerial systems (UAS) with a mobile, vehicle-mountable charging station. This unique and novel docking system permits completely autonomous launch, recovery and replenishment (i.e. automatic charging of batteries without user interaction) of one or many
vehicles without the need for any human interaction. This permits operation of the system completely remote from human involvement. Further, the use of a ducted-fan based propulsion system minimizes risk to nearby users while reducing vehicle maintenance needs all enabling a truly autonomous system that can be deployed and recovered without any interaction or assistance.
vehicles without the need for any human interaction. This permits operation of the system completely remote from human involvement. Further, the use of a ducted-fan based propulsion system minimizes risk to nearby users while reducing vehicle maintenance needs all enabling a truly autonomous system that can be deployed and recovered without any interaction or assistance.
Sprinter 100 CUAS
StrobelTEK
The Sprinter 100 is a compact and modular Counter-Uncrewed Aerial System (C-UAS) interceptor designed for rapid deployment and cost-effective defense against small to medium aerial threats. Weighing approximately 2 kg in its sealed, weatherproof launch tube, the Sprinter 100 can be deployed instantly from standby without assembly, requiring minimal operator training. Its ducted fan propulsion enables both vertical tube launch—without external ejection systems—and high-speed horizontal flight, achieving dash speeds over 200 km/h, efficient cruise at 150 km/h, and stable hover or slow-speed control for precision engagement.
The platform’s modular architecture features interchangeable payloads, allowing for a variety of kinetic and non-kinetic effectors, including explosive warheads and electronic warfare options. Folding wings deploy automatically after launch, enabling extended range and efficient forward flight, with engagement envelopes exceeding 20 km and operational altitudes above 3,000 ft AGL.
Built with design-for-manufacture principles, the Sprinter 100 uses COTS components and scalable composite fabrication to maintain a target unit cost under $5,000 USD—ideal for mass deployment and favorable cost-exchange ratios. Its open-architecture avionics allow integration with common C2 networks and leverages edge-based cooperative swarming algorithms to engage targets.
Rugged, sealed, and highly portable, the Sprinter 100 can be operated by a single user, launched from the shoulder, vehicle mounts, or larger UAV carriers. This flexibility, combined with its scalability to larger variants, positions it as a practical and innovative C-UAS solution for both military and critical infrastructure defense applications.
The platform’s modular architecture features interchangeable payloads, allowing for a variety of kinetic and non-kinetic effectors, including explosive warheads and electronic warfare options. Folding wings deploy automatically after launch, enabling extended range and efficient forward flight, with engagement envelopes exceeding 20 km and operational altitudes above 3,000 ft AGL.
Built with design-for-manufacture principles, the Sprinter 100 uses COTS components and scalable composite fabrication to maintain a target unit cost under $5,000 USD—ideal for mass deployment and favorable cost-exchange ratios. Its open-architecture avionics allow integration with common C2 networks and leverages edge-based cooperative swarming algorithms to engage targets.
Rugged, sealed, and highly portable, the Sprinter 100 can be operated by a single user, launched from the shoulder, vehicle mounts, or larger UAV carriers. This flexibility, combined with its scalability to larger variants, positions it as a practical and innovative C-UAS solution for both military and critical infrastructure defense applications.
People
About
StrobelTEK (formerly named AS Works) is an award-winning company that designs and builds patented, fully autonomous Unmanned Aerial Systems (UAS) with mobile, vehicle-mountable, and charging docking stations for individual or swarms of its Unmanned Aerial Vehicles (UAVs). Our UAVs are 100% autonomous and capable of swarming.
Our mission is to transform the UAS from a RPAS (Remotely Piloted Aerial System or toy) to a fully integrated autonomous tool which reduces workload instead of increasing it. As we continue to define the future of Unmanned Aerial Systems, our work will help democratize the use of UAVs so that anyone can use the full potential of their capabilities.
Whether you’re looking to explore how drones can meet your organization’s needs, or you already have a customization in mind, we’ll be happy to help find a way to ensure those needs are met.
Our mission is to transform the UAS from a RPAS (Remotely Piloted Aerial System or toy) to a fully integrated autonomous tool which reduces workload instead of increasing it. As we continue to define the future of Unmanned Aerial Systems, our work will help democratize the use of UAVs so that anyone can use the full potential of their capabilities.
Whether you’re looking to explore how drones can meet your organization’s needs, or you already have a customization in mind, we’ll be happy to help find a way to ensure those needs are met.
