Hytera PD785 UHF DMR Portable Handheld Professional Radio (400–470 MHz)
The PD785 UHF is a portable handheld DMR professional two-way radio operating on 400–470 MHz — 355g, IP67, MIL-STD-810 C/D/E/F/G certified. UHF performs reliably inside buildings, warehouses, and dense urban environments where signal must penetrate concrete, steel, and multiple floor levels. The radio runs DMR Tier II/III and analog FM in dual mode, with 1024-channel capacity and ARC4 encryption as standard. The PD785G UHF adds built-in GPS and Man Down alarm.
Why Professionals Choose the Hytera PD785 UHF
The PD785 UHF is a portable handheld radio — 125×55×37 mm, 355g with standard battery. It's built for operations inside buildings, industrial facilities, and urban environments.
UHF at 400–470 MHz penetrates concrete walls, metal shelving, and multi-story structures more effectively than VHF. That makes the PD785 UHF the standard choice for manufacturing floors, warehouses, hospitals, hotels, airports, and enterprise campus deployments where teams move between indoor zones throughout the shift.
TX output is 4W (High) / 1W (Low) on UHF. The radio operates on DMR Tier II/III TDMA, which doubles channel capacity versus analog FDMA on the same spectrum allocation. Digital battery life in the UHF variant reaches approximately 15.5 hours on a standard 2000mAh battery (5-5-90 duty cycle, high power) — roughly 2 hours longer than the VHF variant under the same conditions. XPT (Extended Pseudo Trunking) allocates TDMA slots dynamically without a dedicated control channel, reducing repeater infrastructure cost for mid-size indoor deployments. Analog FM and mixed-mode scanning keep the PD785 UHF compatible with existing analog UHF radios during phased migration.
IP67 covers full dust protection and immersion to 1m for 30 minutes. MIL-STD-810 C/D/E/F/G applies across shock, vibration, temperature from –30°C to +60°C, and humidity — confirmed in the Hytera datasheet. The 1.8-inch TFT color display (160×128 px, 65,536 colors) stays readable under overhead warehouse or industrial lighting.
Receiver sensitivity is 0.22μV typical (12dB SINAD), with 70dB adjacent channel selectivity at 20/25kHz. The 0.5W speaker handles noisy production and logistics environments. Encryption ships as ARC4 40-bit standard; AES 128/256-bit is available as a software licence upgrade — no hardware replacement.
The PD785G UHF adds integrated GPS with cold-start TTFF under 1 minute and under 10 meters horizontal accuracy, plus Man Down alarm for automatic emergency notification when the radio tilts beyond a configured angle. FCC Part 90 licensed.
Specification
General
| Frequency Range | UHF: 400–470 MHz |
| Operating Modes | DMR Tier II (ETSI TS 102 361-1/2/3), Simulcast, XPT Digital Trunking, DMR Tier III (licence) |
| Analog FM, MPT | 1327 |
| Channel Capacity | 1024 (64 zones) |
| Channel Spacing | 12.5 / 20 / 25 kHz (analog) / 12.5 kHz (digital) |
| Operating Voltage | 7.4V nominal |
| Battery (standard) | BL2006 Li-Ion 2000mAh |
| Battery Life - Analog (5-5-90, hi-power) | ~13.5h (no GPS) / ~12h (GPS on) |
| Antenna Impedance | 50Ω |
| Dimensions (H×W×D) | 125 × 55 × 37 mm (with battery) |
| Weight | 355g (with antenna and standard battery) |
| Display | 160×128 px, 65,536 colors, 1.8 in, 4 lines |
| Programmable Keys | 5 + numeric keypad |
| Operating Temperature | –30°C to +60°C |
| Storage Temperature | –40°C to +85°C |
Transmitter
| RF Power Output | 4W (High) / 1W (Low) |
Receiver
| Sensitivity — Analog | 0.3μV (12dB SINAD) / 0.22μV typical / 0.4μV (20dB SINAD) |
Compliance
| FCC Certification | FCC Part 90 (Land Mobile) |
| IP Rating | IP67 (dust-tight, immersion to 1m / 30 min) |
| Military Standard | MIL-STD-810 C/D/E/F/G (shock, vibration, temperature, humidity, dust, water) |
| ESD | IEC 61000-4-2 Level 4 — ±8kV contact / ±15kV air |
| Digital Standard | ETSI TS 102 361-1/2/3 |
| Encryption (standard) | ARC4 40-bit (DMRA) |
| Encryption (optional) | AES 128-bit / AES 256-bit |
FCC Licensing and Compliance Support
The Hytera PD785 and PD785G UHF operate on licensed Land Mobile Radio frequencies under FCC Part 90. A valid FCC Business Radio License is required for each frequency used in commercial operations in the United States.
UHF frequencies in the 400–470 MHz range are widely allocated for indoor industrial, commercial, healthcare, and enterprise operations. Coordination with existing licensees in your area is part of the licensing process.
As an authorized Hytera dealer, AXDIGITAL supports customers with frequency coordination guidance and licensing requirements. Contact our team to confirm frequency availability, licensing steps, and bulk pricing for your fleet.
FAQ
What is the difference between the PD785 UHF and PD785G UHF?
Both models share the same UHF platform, 400–470 MHz range, DMR Tier II/III capability, IP67 rating, and accessory ecosystem. The PD785G UHF adds integrated GPS (TTFF <1 min cold start, <10m accuracy) and Man Down alarm — automatic emergency alert when the radio tilts past a configured angle. Specify PD785G if GPS personnel tracking or lone-worker compliance is required. For outdoor operations needing longer propagation range, see the Hytera PD785 VHF page.
Why choose UHF over VHF for this radio?
UHF (400–470 MHz) penetrates concrete, steel, and multi-story building structures more effectively than VHF. It is the standard choice for manufacturing plants, warehouses, hospitals, hotels, airports, and enterprise campuses where teams work primarily indoors or in mixed indoor/outdoor environments. If your operation is mostly outdoors across large open terrain, the PD785 VHF may deliver better range on the same repeater infrastructure.
Does the PD785 UHF support both digital and analog operation simultaneously?
The PD785/PD785G operates in dual mode — switching between DMR digital and analog FM on a per-channel basis, with mixed-mode scanning monitoring both simultaneously. It does not transmit digital and analog at the same time on the same channel. This dual-mode capability allows phased fleet migration: new PD785 UHF radios work alongside legacy analog UHF units on shared frequencies until the analog fleet is fully replaced.