Built for industry professionals, enterprise users, and first responders who demand excellence, the IF800 TOMCAT delivers uncompromising performance with a 54-minute maximum flight time, hot-swappable intelligent batteries, and 49 MPH speed capabilities.
This Blue UAS and NDAA compliant platform carries up to 6.6 lbs of payload while maintaining IP43 weather protection, making it the trusted alternative to legacy systems for government agencies and security-conscious enterprises.
The precision-engineered system features an integrated FPV camera for enhanced situational awareness, supports comprehensive payload integrations including optical imaging, EO/IR thermal, and LiDAR solutions, and packs efficiently into a ruggedized transport case with foldable frame and removable landing gear for rapid deployment.
The IF800's Pixhawk Payload Bus interface and adjustable rail system integrate with a wide range of industry-leading sensors. Vertical Aspect stocks and supports the primary survey, mapping, and inspection configurations used operationally by our customers.
NDAA-compliant 65 MP global shutter sensor with gimbal on Pixhawk Payload Bus at 588g. Global shutter eliminates rolling shutter distortion at survey speeds. Optimized for high-resolution orthophoto and 3D model production.
61 MP Sony sensor with vibration-isolated gimbal on Pixhawk Payload Bus. Supports 24 / 35 / 50 / 75mm lenses. Optional thermal (640px radiometric) and laser rangefinder modules. Confirmed IF800 compatible. NDAA/Blue compliant. Used operationally for reef monitoring and aerial survey programs.
Four 3.2 MP precision-filtered multispectral imagers (Green / Red / Red Edge / NIR) plus 20.1 MP RGB at 5 FPS. Onboard multi-layer image registration. 512GB SSD. NDAA compliant.
The IF800's payload rail supports LiDAR sensors for 3D mapping and terrain modeling across complex environments. CoG adjustment rail ensures stable flight with heavier LiDAR packages. Dedicated RTK/PPK antenna mounting points ensure clean multi-band GNSS installations for post-processed point cloud accuracy.
