08:57 05-08-2025

Russia Tests New Bulldog-13 Reusable Combat Drone

© Сайт Минобороны России / mil.ru

Russian engineers field-test Bulldog-13 drone with dual cameras, drop system, and anti-jamming protocol. The UAV supports both strike missions and supply delivery in active zones.

Russian military engineers have introduced a new reusable drone named Bulldog-13, currently undergoing field testing in active combat zones. The development was confirmed by an FPV drone specialist from the 10th Independent Tank Regiment of the Southern Military District, who goes by the call sign «Shustry.»

According to the engineer, Bulldog-13 is equipped with dual cameras for both day and night operations, along with a rotating camera mount similar to that found on the Mavic drone series. The UAV also features a built-in mechanism for dropping munitions.

Shustry emphasized that this drone is not designed for single-use. It can be re-equipped and reused specifically for payload delivery operations. Its payload capacity is around 4 kilograms, which makes it suitable not only for striking missions but also for delivering food and supplies to assault units in hard-to-reach areas where vehicles or foot access is not possible.

He added that the drone’s potential extends beyond its current configuration. The existing drop system, for instance, can be swapped for a drum-style launcher capable of releasing up to six VOG grenades in sequence.

The engineer also highlighted the drone’s custom control protocol, which offers strong resistance to interference and an advanced encryption system. These features make it significantly harder for enemy forces to intercept or hijack the device mid-flight.

In a related development, Russian specialists previously unveiled the MiS-150, a heavy-duty drone intended for supply drops and munition delivery. This UAV is described as a domestic counterpart to Ukraine’s «Baba Yaga» drone. The MiS-150 can carry up to 15 kilograms and is equipped with the «Povodyr» system, which helps it evade electronic warfare systems.