Cyber-secure, governmental, and tactical mapping drone, deployable in 3 mins and operable by one person. The eBee TAC achieves 0.6-inch accuracy and has a 90-minute flight time. Capable of generating 3D, 2D, and thermal maps. Weighs 3.5 lbs. NDAA-compliant. OOP and Blue UAS approved. The eBee TAC drone is an advanced photogrammetry solution designed for governmental and tactical mapping operations. Engineered with robust cyber-security features, it ensures data integrity and confidentiality during missions. With seamless operability by a single individual, this drone can be swiftly deployed in just three minutes, making it ideal for time-sensitive tasks. The eBee TAC offers a choice of three different cameras, capable of producing high-resolution 3D models, thermal imagery, and orthomosaic maps, providing comprehensive insights for decision-makers. Its remarkable mapping accuracy of 0.6 inches ensures precise data collection, while an impressive flight time of 90 minutes enables extensive coverage of up to 1,235 acres in a single flight. Despite its powerful capabilities, the eBee TAC remains lightweight at 3.5 pounds, enhancing its portability in various environments. Featuring a modular design and a wingspan of 45.7 inches, the drone can be easily transported in a backpack or an IP67 military transport case with STANAG certification. Additionally, maintenance is straightforward and can typically be performed in the field without requiring external support. The eBee TAC is NDAA-compliant, the only drone in the U.S. approved to fly over people (OOP) without a waiver, and is listed on the Blue UAS, making it eligible for U.S. government procurement and ensuring compliance with stringent regulatory standards. Equipped with advanced capabilities, the included flight planning software of the eBee TAC allows for planning, simulating, and controlling advanced missions in any terrain, including mountainous areas. Moreover, it offers options such as full covert mission, live flight plan change, and multi-drone operations.
