The TRAMP transport aircraft completes its initial flight-test stage
The first flight-test phase for the new Russian transport drone, known as TRAMP (transport aviation multifunctional platform), has wrapped up. A developer involved in the program shared this update with RIA News.
During the initial testing phase, experts verified the drone’s core tactical and technical specifications. These are the capabilities outlined at the design stage of the project, and they form the backbone of the TRAMP program.
Looking ahead, upcoming test flights are planned to expand the dataset, improve statistical confidence, and further evaluate how the aircraft performs under a range of conditions. The institution’s source indicated that the tests will be conducted in diverse environments to ensure robust results.
There were some setbacks. During the landing sequence, one of the two aircraft veered off the runway and crashed due to an automatic system fault. Restoration of the damaged unit is underway, according to the expert.
The team is working to determine the precise cause of the crash. The information gathered from this incident will be used to fine-tune other samples in the fleet.
After these steps, the project plans to move toward flights carrying payloads to validate real-world performance metrics.
Current data indicates that the TRAMP drone can cover distances exceeding 600 kilometers and carry payloads up to 250 kilograms. Its cruising speed is around 195 kilometers per hour, with a service ceiling of about 3,000 meters.
In civilian applications, TRAMP is envisioned to support cargo transport and forest monitoring missions. The design accommodates a large cargo bay, enabling the integration of specialized equipment such as optical systems, mapping gear, or radar payloads to enhance mission versatility.
In related news, ongoing combat-testing activities involve a family of Kalashnikov attack drones operating in various operational zones, reflecting continued emphasis on unmanned systems as part of contemporary military readiness and modernization efforts.