ТЕХНОДЕСАНТ вже на фронті: СЕКРЕТИ ЕКЗОСКЕЛЕТА, заміна оптоволокну, ЄДИНА СИСТЕМА дронів

Concise technical summary — key points, findings and plans

Exoskeletons (field trials and features)

• First documented use: 7th Rapid Reaction Corps (Airborne Assault Forces) has begun field trials of wearable exoskeletons for artillery crews and logistics personnel.
• Purpose: reduce physical strain when carrying heavy shells (dozens of kg), increase endurance, and improve mobility on stairs and uneven terrain.

Technical features (current generation)

• Motorized actuators that assist leg movement and adapt to walking conditions.
• Basic AI/feedback elements that sense user motion and help reposition the leg.
• Current emphasis on unloading knees/legs; fuller systems that also relieve back and arms are expected later.

Trial history and performance

• Earlier lumbar/back-relief solutions (rubber/stretch systems) were tested but proved inadequate.
• Multiple manufacturers/solutions were tried; the successful supplier is not publicly named for sensitivity reasons.
• User impressions from artillery crews and logisticians: noticeably reduced effort (example: a major with chronic knee issues found movement about 50% easier on stairs), improved endurance and ability to carry loads longer.

Limitations and outlook

• Present systems are a tentative/first solution; more complete systems are anticipated.
• The goal is to make frontline service less physically taxing, not to replace soldiers.

Unmanned systems, communications and “single ecosystem”

Strategic goal: create a single ecosystem tying together ground drones, aerial drones and strike components so they operate interoperably across the front.

• Benefits: coordinated mission planning, faster decision-making, shared situational awareness, improved survivability and efficiency.
• Communication concerns:
  • Optical fiber shortages and notable price spikes (reported roughly 5× increase from some Chinese suppliers) are driving exploration of partial replacements and alternative communications solutions.
  • The corps is investigating advanced comms systems to reduce reliance on potentially fragile supply chains.

Command, control and training (doctrine & human factors)

“Technical landing force” / techno-marine philosophy

• Top-down implementation model: the corps identifies technologies, partners with manufacturers and universities, and distributes ready solutions to brigades so front-line units can focus on combat.
• Aim: reduce duplication at unit level and speed technology adoption.

Battle Captain concept

• A specialized coordinator who manages the battle in real time across components (drones, ground units, artillery) — a conductor model that complements or bypasses traditional brigade command structures.
• Battle Captains and their teams maintain situational awareness, coordinate neighboring units, and assign tasks such as UAV missions or evacuations.
• Considered a high-impact organizational improvement that can be introduced widely.

Training priorities

• Emphasis on training HQs and coordinators (not just drone pilots) to plan, brief, and conduct coordinated missions.
• Operators must be able to rapidly integrate unmanned assets with ground forces.
• Coordination centers and mission-planning processes are critical for effective combined operation of manned and unmanned systems.

Robotics, limits and ethics

• Position: ground robotic systems will augment and carry out specific hazardous tasks (e.g., combat missions, logistics) but will not fully replace humans in the near term.
• Ukraine has received humanoid robots for testing; no frontline deployment yet. Focus remains on reducing human risk and improving survivability.

Implementation and cooperation

• Corps-level approach involves collaboration with manufacturers, higher education institutions, and internal tech teams to identify and field solutions for six brigades under the corps.
• The corps model reportedly reduces bureaucracy and speeds deployment of technological innovations to the front.

Reviews / field evaluation notes

• Exoskeleton trials: practical user feedback shows significant reduction of knee/back strain and increased mobility; current systems are early-stage with planned upgrades.
• Lumbar/back rubber supports: tested and found insufficient.
• Communications: monitoring alternative solutions due to fiber shortages and price pressure.

Main speakers / sources

• Vasyl Pykhniov — host, YouTube channel “Third World”
• Major Igor Bohdan — head of the unmanned systems department (BPS) of the 7th Rapid Reaction Corps, Airborne Assault Forces (DShV)
• Secondary references: 7th Rapid Reaction Corps announcements/videos; Azov Corps chief-of-staff Andriy Biletsky (referenced blog/commentary)