CUAV RC FPV Data Transmission SPECIFICATIONS
قاعدة العجلات: القشرة العلوية
الاستخدام: المركبات وألعاب التحكم عن بعد
ترقية قطع الغيار/الإكسسوارات: Hydraulic Transmission Box
Transmission rate: 276kbps
Transmission power: 1W
Transmission distance: 30KM
مستلزمات الأدوات: الأدوات
المعايير الفنية: KV1100
الحجم: 68*44*17mm
الأجهزة الطرفية/الأجهزة الطرفية للتحكم عن بُعد: أجهزة الاستقبال
العمر الموصى به: 14+y
قطع غيار السيارات والمركبات: أجهزة الإرسال
الكمية: 2
المنشأ: البر الرئيسي للصين
رقم الموديل: P9
المواد: معدن
Free network: Mesh
سمات الدفع الرباعي: Axle Bearing
لنوع المركبة: الطائرات
Encryption: AES-128
Communicate frequency: 900Mhz
التصديق: CE,FCC
اسم العلامة التجارية: CUAV
CUAV P9 Radio Telemetry
CUAV P9 Radio DataTelemetry Module for RC FPV Data Transmission Pixhack Pixhawk Long Distance 60KM
P9 Radio Telemetry Introduction:
P9 Radio is an ultra-long data telemetry module of UAV. It adopts the communication frequency band of 902-928MHz. It has a transmission distance of 60km and a link rate of 276kbps.P9 Radio supports 3-12s wide voltage input. It supports opoint-to-multiple, and relay communication, meet communication requirements in multiple application scenarios.
P9 Radio Telemetry Features:
1 –902-928MHz frequency band
2 –276kbps Link Rate
3 –60km Range.
4 –Support 3S-12S Battary Input.
5 –Dual-end Switchover design reduced costs

The P9 Radio is a long-range data telemetry module designed for unmanned aerial vehicles (UAVs). It boasts an impressive transmission distance of up to 60 kilometers, with a link rate of 276 kilobits per second.

The P9 Radio features dual-end switching capabilities, with built-in TTL and USB ports. This allows for seamless switching between aerial and ground terminals, enabling convenient data transmission and reception.

The P9 Radio module offers impressive performance with an adaptive bandwidth technology, automatic interference-avoidance frequency hopping, which enables transmission distances of up to 60 kilometers (6Okm) at link rates of 276 kilobits per second (276Kbps).

The P9 Radio module features a wide input voltage range, supporting batteries from 3S to 12S, making it compatible with most current UAVs. Additionally, no separate BEC (Battery Eliminator Circuit) is required for voltage conversion, as it can handle input voltages of 3-12S Lipo ranging from 12-60 volts.

The P9 Radio module supports multiple network topologies, including point-to-point and relay communication modes, allowing it to adapt to various application scenarios and meet ultra-long distance communication requirements.

The P9 Radio module operates on a frequency of 928MHz, utilizing Frequency Hopping Spread Spectrum technology. It supports transparent transmission protocols with forward error correction using various methods, including Hamming, BCH, Golay, Reed-Solomon, and Viterbi. Additionally, the module offers optional AES encryption (customizable) and ARQ range control. The maximum transmission distance is 60km+ when used with a high-gain fiberglass antenna in an unobstructed seaside environment.

The P9 module features a compact design with a total size of 65mm x 40mm x 16.5mm, weighing approximately 55g. The antenna size is 65mm in length.

The P9 Radio module includes the following cables:
* One x2 VS/x7 series data cable, with a length of 25cm
* One Type-C cable, with a length of 25cm
* Three Type-A cables, each with a length of either 30cm or 60cm
* Four single-end power cables, each with a length of 26cm
Note: The Pixhack single-end power cables are available in lengths of 50cm, 80cm, and 90cm.

Packaging contents include:
* One P9 Radio module
* One 915MHz antenna, with a length of 25cm
* One single-end power cable

Packaging contents for the Ground Unit include:
* One P9 Radio module
* One 915MHz antenna, with a length of 25cm
* One Type-C cable
* One power cable (available in lengths of either 30cm or 60cm)

Thank you for your purchase! Our usual good quality products ensure a sturdy and reliable experience. Shipping details: AliExpress Standard Shipping, expected delivery date 01 Jul 2021 at 04:17 MN.















