
KP-R4959 FPV Récepteur Module 4.9–6 GHz 80 Ch (4990–5945 MHz) pour drones, AV output, 12 V - will help receive signals from wireless devices operating in the extended frequency range 4.9–5.9 GHz.
EUR · Prix unitaire indicatif donné à titre de référence. Les prix de volume et de projet sont fournis dans le devis ; les MOQ et délais varient selon les produits.
Disponibilité & délais
Expédition depuis Hong Kong · DAP ou FOB Hong Kong.
Livraison suivie dans le monde entier
DHL · FedEx · UPS · EMS, puis air, mer ou rail
Licence d’exportation prête
Documents ECCN, CO, CI, PL, EUS
Product prices and shipping quotes do not include import duties, taxes or customs clearance fees — these are charged by the destination customs authority. Estimate them above, or read the import duties & VAT guide.
Produits authentiques
Distribution autorisée
Support ingénierie
Aide à la sélection avant vente et RMA après vente
Secure, milestone-based payment
T/T 30/70 terms and irrevocable L/C over US$50,000. Funds follow agreed milestones — you never pay an unknown seller upfront.
Payment protectionVetted supplier, Aegisky as contracting window
Suppliers pass KYC/KYB and export-capability review; Aegisky — not an anonymous third party — is your single contracting and communication window.
View supplier profileExport compliance on every controlled order
ECCN classification, sanctions screening and end-use/end-user documentation are handled before quotation is finalised.
Export compliance14-day defective/DOA protection & warranty handling
Defective or dead-on-arrival items are accepted within 14 days via RMA; warranty claims and spare-parts support are handled through the trade desk.
Returns & warrantyLes prix des composants sont publics. Connectez-vous pour voir les tarifs flotte, enregistrer vos devis, suivre vos commandes et commander plus vite — la création d’un compte professionnel prend une minute.
Se connecter pour commander →The module accepts analog video signals in the extended range 4990–5945 MHz. The device is suitable for FPV drones, racing quadcopters and ground stations. 80 channels and high sensitivity -95 dBm provide clear images even in noisy environments. The frameless design allows the receiver to be built into the housings of other devices. It's a reliable choice for long-distance flights and fast-paced racing.
The module receives an analog signal in the range 4990–5945 MHz. The built-in FM/PLL demodulator converts it into a composite video signal (CVBS). 75 ohm output impedance and 1V level ensure compatibility with FPV goggles and monitors. Channel switching is performed by a button on the board, the selected channel is displayed by eight LEDs. RSSI output (1.3–0.7 V) allows you to control the signal level in real time. Two SMA connectors connect external antennas to improve reception.
Operating frequency range: 4990–5945 MHz (80 channels). Sensitivity: -95 dBm. Antenna input impedance: 50 ohms. Video output impedance: 75 ohms. Video signal level: 1 V (negative polarity). Demodulation system: FM/PLL. Supply voltage: 7–36 V. Current consumption: 280±40 mA. Signal to noise ratio: 38 dB. Operating temperature: -10 to +65°C. Dimensions: 44×27×27 mm. Weight: 14.2 g.
Kimpok Technology Co., Ltd is a Chinese manufacturer of RF modules for FPV systems. The company is based in Shenzhen and specializes in video transmitters and receivers. Products are CE certified. Production capacity is 3000 units per month. Kimpok offers modules for various frequency ranges - from 3.3 GHz to 5.8 GHz. The brand is aimed at pilots who need reliable and affordable components for long-distance flights.
The main feature is operation in the extended range of 4.9–5.9 GHz, which avoids interference from consumer electronics and electronic jamming devices. The frameless design simplifies the integration of the module into existing systems. Two SMA connectors make it possible to connect antennas with improved characteristics. Wide power supply range (7–36 V) allows the module to be used with various energy sources. The device does not have internal memory and serves solely to receive a signal with subsequent output through the AV output.