Post #1068
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Post #1067
300
An amazing compilation of Ukrainian shotgun-equipped FPV drones shooting down Russian FPVs, many of which are fiber-optic controlled.
Post #1066
253
Russian FPVs with thermal cameras are dangling lines to entangle Ukrainian “Baba Yaga” heavy drones at night.
The line will have a mechanism to break away from the attacking drone when under sufficient tension.
The line will have a mechanism to break away from the attacking drone when under sufficient tension.
Post #1064
215
Ukrainian six-barrel recoilless shotgun system for mounting on an FPV is called “Predator Shooter”, developed by the Ukrainian company 3D Tech.
This system uses 12 gauge shells, apparently with a second shell firing backwards as the recoil compensation.
There is also a two barrel system to allow higher FPV speeds.
The FPV has a thermal camera, as one of the intended targets of this system is Russian drones that dangle lines to entangle the propellors of Ukrainian heavy drones at night.
This system uses 12 gauge shells, apparently with a second shell firing backwards as the recoil compensation.
There is also a two barrel system to allow higher FPV speeds.
The FPV has a thermal camera, as one of the intended targets of this system is Russian drones that dangle lines to entangle the propellors of Ukrainian heavy drones at night.
Post #1055
190
TRACER: Ukrainian airborne ELINT complex
TRACER is a hexacopter-based electronic intelligence (RTR/ELINT) system designed for passive spectrum monitoring and direction finding of ground-based emitters from altitude, helping overcome ground-based RTR limitations caused by the radio horizon.
Specifications:
Frequency range: 300–6000 MHz (expandable with antennas).
Direction-finding accuracy: ~3°.
Detection range: 20+ km for ELRS 1W with directional antenna; up to 15 km for FPV control stations, ~10 km for Mavic controllers, and up to 30 km for radars/long-range UAVs.
Control/video link: up to 7 km.
Endurance: 50 min
(40 min guaranteed).
Weight: 6.3 kg.
Navigation: Optical, GNSS-free; ~400 m return error over 8 km.
Payload: SDR-based passive ELINT system (no emissions).
Crew: 2 operators — pilot and RTR operator.
TRACER is a hexacopter-based electronic intelligence (RTR/ELINT) system designed for passive spectrum monitoring and direction finding of ground-based emitters from altitude, helping overcome ground-based RTR limitations caused by the radio horizon.
Specifications:
Frequency range: 300–6000 MHz (expandable with antennas).
Direction-finding accuracy: ~3°.
Detection range: 20+ km for ELRS 1W with directional antenna; up to 15 km for FPV control stations, ~10 km for Mavic controllers, and up to 30 km for radars/long-range UAVs.
Control/video link: up to 7 km.
Endurance: 50 min
(40 min guaranteed).
Weight: 6.3 kg.
Navigation: Optical, GNSS-free; ~400 m return error over 8 km.
Payload: SDR-based passive ELINT system (no emissions).
Crew: 2 operators — pilot and RTR operator.
Post #1054
119
An example of successful evasive maneuvering initiated automatically by the UAV, three FPVs were lost in this unsuccessful attack.
@WheelsOfDefenseGlobal
@WheelsOfDefenseGlobal
Post #1053
118
This Russian Zala-16 reconnaissance UAV maneuvered violently as it was pursued by a Ukrainian FPV, indicating it was equipped with the rear camera system.
In this case the evasion maneuvers were in vain as the FPV ultimately prevailed.
@WheelsOfDefenseGlobal
In this case the evasion maneuvers were in vain as the FPV ultimately prevailed.
@WheelsOfDefenseGlobal
- ❤ 2
Post #1052
114
Closeup of the micro wide-angle FPV camera mounted on top of Russian ZALA-16 reconnaissance UAV.
If an approaching Ukrainian fighter FPV is seen by this little camera, evasive maneuvers are automatically initiated by the flight controller.
@WheelsOfDefenseGlobal
If an approaching Ukrainian fighter FPV is seen by this little camera, evasive maneuvers are automatically initiated by the flight controller.
@WheelsOfDefenseGlobal
Post #1050
105
A Russian “Zala-16” reconnaissance UAV has a camera mounted on bottom of the fuselage.
This second camera is for situational awareness and it pairs with a top-mounted camera that can automatically initiate evasive maneuvers on the approach of a Ukrainian interceptor FPV.
@WheelsOfDefenseGlobal
This second camera is for situational awareness and it pairs with a top-mounted camera that can automatically initiate evasive maneuvers on the approach of a Ukrainian interceptor FPV.
@WheelsOfDefenseGlobal
Post #1042
110
🇺🇸 — Delta Force operators and support personnel inspecting and extracting a neutralized nuclear warhead during a counter-proliferation training exercise at the Nevada National Security Site (NNSS), circa 2014-2015.
@WheelsOfDefenseGlobal
@WheelsOfDefenseGlobal
- 👀 2