Ultra-Compact UHF Listening Device — Hear Everything in Real Time Up to 300 Meters (Spy-IL5)
Introducing the Ultra-Compact UHF Spy Bug! (Spy-IL5)
Smaller than a coin. No Wi-Fi. No apps. No recording. Just pure live audio.
• Ultra-compact body: about 15 mm diameter and 5 mm thickness (with battery)
• Real-time listening: live audio transmission only (no internal recording)
• Strong range: up to 250–300 m line-of-sight in open area*
• Works with common UHF radios: compatible with 400–470 MHz walkie-talkie receivers (not included)
Spy-IL5 is an ultra-compact UHF radio microphone designed for discreet, real-time audio monitoring in controlled environments. The device transmits live audio to a compatible UHF receiver so you can listen instantly — no pairing apps, no Wi-Fi, no GSM, no recording.
The unit is factory-tuned around 420.00 MHz and uses a small hidden antenna (approx. 10 cm) for stable transmission. For best results, use a quality UHF handheld receiver and keep a clear line-of-sight when possible.
Power is provided by a standard CR1220 (3V) lithium battery (included). Typical operating time is 5–10 hours depending on conditions. Installation is simple — use the included double-sided tape to place the transmitter in a hard-to-reach area.
▸ Specifications
- • Device Type: Ultra-compact UHF audio transmitter (radio microphone)
- • Audio Function: Live audio transmission only (no internal recording)
- • Frequency Range: Approx. 420.00 MHz (factory tuned)
- • Operating Range: 250–300 m line-of-sight in open area*
- • Microphone: High-sensitivity electret mic (coverage up to ~100 m²)
- • Receiver Compatibility: UHF walkie-talkie / receiver 400–470 MHz (not included)
- • Power Supply: 1× CR1220 lithium battery (3V) — included
- • Operating Time: 5–10 hours (typical)
- • Charging Time: Not applicable (replaceable battery)
- • Power Control: Battery contact / insertion
- • Antenna: ~10 cm “invisible” antenna
- • Size: ~15 mm diameter, ~5 mm thick (with battery)
- • Weight: ~20 g
- • Country of Origin: Made in Israel
*Real-world performance depends on obstacles, RF noise, placement, and the receiver used.
