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📝 Motorola T82 Extreme QUAD Portable Radio Set
The Motorola T82 Extreme QUAD is a set of four portable analog PMR radios designed for outdoor activities, field work, and situations where simple, autonomous, and reliable communication is required without infrastructure.
The radios operate in the license-free PMR 446 MHz band, allowing use without additional permits in most civilian scenarios. The model combines compact design, water resistance, multiple channels, and practical features for everyday use.
🫡 We are a veteran team
Even a simple PMR radio in the right place solves coordination issues. Reliable communication between people in the field means faster response and improved safety.
⚙️ TECHNICAL SPECIFICATIONS
| Parameter | Value |
|---|---|
| Model | T82 Extreme QUAD |
| Device type | Portable radio |
| Communication type | Analog |
| Frequency range | PMR 446 MHz |
| Radios in set | 4 |
| Range | Up to 10 km |
| Transmitter power | 0.5 W |
| Channels | 16 |
| Subcodes | 121 |
| Antenna | Fixed |
| VOX | Yes |
| Channel auto scan | Yes |
| Channel monitoring | Yes |
| Keypad lock | Yes |
| Call tones | 20 |
| Battery type | Ni-MH |
| Battery capacity | 800 mAh |
| Talk time | Up to 18 h |
| Charging port | microUSB |
| Battery indicator | Yes |
| Display | LCD |
| Display backlight | Yes |
| Flashlight | Yes |
| Water protection | IPX4 |
| Housing material | Plastic |
| Dimensions | 181×57×33 mm |
| Weight | 197 g |
💬 Comment
The T82 Extreme is a practical solution for short-range group communication. The 10 km range is achievable in ideal open terrain; actual range depends on terrain, buildings, and obstacles.
VOX enables hands-free use, while IPX4 protection provides resistance to rain and splashes. The built-in flashlight and display backlight add practicality for low-light conditions.
🎯 Suitable for
Civilian groups, volunteers, hiking, camping, and outdoor activities.
Technical teams, warehouses, events, and construction crews for local coordination.
Situations requiring simple autonomous radio communication without reliance on mobile networks.