Red Cat announces production selection for US Army SRR program
Teal / Red Cat’s new BLACK WIDOW flagship drone wins notable DoD contract with Doodle Labs datalinks on-board.
Teal / Red Cat’s new BLACK WIDOW flagship drone wins notable DoD contract with Doodle Labs datalinks on-board.
The much-anticipated platform leverages Doodle Labs Helix Mesh Rider Radios for anti-jamming in contested battlefield environments.
New model leverages 340-410 MHz range to unlock longer range and superior propagation through obstacles for advanced military drones.
Get up to speed on Defense Innovation Unit’s Blue UAS Refresh Challenge, an initiative aimed at identifying next-generation drone platforms and components that meet DoD
This month, the US Federal Communications Commission adopted new rules to reserve a slice of the 5 GHz spectrum band for UAS use.
Doodle Labs attended Freefly Fest 2024 to see their partner’s NDAA-compliant drone fly, check in on the latest tech developments in the drone suppliers’ ecosystem
Join industry leaders for a deep dive into drone innovation, connectivity and anti-jamming solutions on this recorded AUVSI webinar.
Join industry leaders for a deep dive into drone innovation, connectivity and anti-jamming solutions on this live AUVSI webinar.
Watch this field demonstration at Tough Stump Rodeo 2024 in Alder, Montana to see how Sense enables a drone platform to maintain a resilient datalink
The “June 2024 Web GUI Release” introduces an overhaul to the Web GUI, improvements to anti-jamming and interference-avoidance suite Sense and other key improvements and
First-ever drone scan of Sequoia National Park’s General Sherman seeks to identify and document effects of bark beetles, climate change.
Use of Wearable Mesh Rider Radios ensures connectivity, situational awareness and speed of response in rugged, disconnected environment.
HEKTR 3.4 Trackless Mobile Infantry Target (TMIT) combines enhanced downrange connectivity with higher levels of autonomy and Artificial Intelligence.
Teal systems with Doodle Labs frequency-hopping radios can evade jamming attempts and are usable in multi-domain environments for surveillance and swarming operations.