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A set of ten high-capacity batteries designed for stable autonomous operation of radios in field, mobile, and power-limited environments. The modern USB Type-C port enables charging from power banks, vehicle adapters, charging stations, generators, or solar panels, significantly improving communication survivability during deployments and extended missions. The 5000 mAh capacity provides a much longer operating resource compared to standard batteries, reducing replacement cycles and easing power logistics for the unit.
The batteries feature a charge level indicator, electronic power control system, protection against overcharge, deep discharge, and short circuit. The housing includes dust and moisture protection, allowing operation in harsh weather conditions. A 10-unit set enables continuous battery rotation within a user group without radio downtime.
🫡 We are a veteran team
We select equipment proven in real operational environments rather than relying solely on specification sheets. Communication autonomy directly affects coordination, safety, and controllability of units. Therefore, we test batteries for voltage stability, actual capacity, and performance under prolonged loads. Our solutions contain no “marketing” figures — only verified performance.
⚙️ TECHNICAL SPECIFICATIONS
| Parameter | Value |
|---|---|
| Product type | Radio battery set |
| Quantity | 10 pcs |
| Capacity | 5000 mAh |
| Cell type | Li-Ion |
| Charging port | USB Type-C |
| Operating time (RX) | up to 52 hours |
| Charge indicator | Yes |
| Protection | Dust & moisture protection |
| Control system | Overcharge & deep discharge protection |
| Short-circuit protection | Yes |
| Operating temperature | −20°C … +60°C |
| Mounting | Belt clip included |
| Compatibility series | Motorola DP |
| Compatible models | DP4400 / 4400e / 4600 / 4600e / 4800 / 4800e |
| Additional models | DP2400 / 2400e / 2600 / 2600e / 4401 / 4601 / 4801 |
💬 Comment
The key practical advantage of this set is full independence from stationary charging stations. In real operational conditions, access to the power grid is often unstable or completely unavailable. USB Type-C charging from any compatible power source turns a standard battery into a component of a mobile energy system. This reduces communication loss risks, simplifies support of mobile teams, and enables deployment of field charging points without specialized infrastructure.
The increased capacity provides longer radio operating cycles between battery swaps, which is critical during duty shifts, patrols, security operations, and extended missions. Stable current output positively affects transmission quality and reduces the risk of sudden radio shutdowns under peak loads. Compared to standard batteries, this solution significantly improves overall communication system survivability.
🎯 Suitable for
Military units operating in mobile mode and requiring guaranteed communication without infrastructure dependency. Communication and coordination teams where stable radio channels determine control over personnel and equipment.
Security structures, patrol services, facility protection teams using radios 24/7, where fast battery replacement and charging are essential. Rescue units, fire brigades, emergency services, and volunteer teams operating in disaster zones.
Field engineers, construction crews, energy sector teams, logistics and transport groups, expeditions, hunting operations, and any mobile teams requiring reliable communication in remote locations.