Brief: Observe the step-by-step operation and see practical examples of usage. This video demonstrates the KH-2830T 2.8GHz 3W Video Transmitter in action, showing how its adjustable power levels and 14-channel selection provide clear, low-latency video for both agile freestyle flying and long-range drone missions.
Related Product Features:
Features 3W transmission power with five adjustable levels from 200mW to 3000mW for mission-specific performance.
Offers 14 selectable channels to avoid interference in crowded airspace during multi-drone events.
Supports Smart Audio protocol for remote configuration of power and channels via FPV goggles or controllers.
Provides wide voltage compatibility from 7V to 32V for versatile integration into various UAV systems.
Delivers low-latency video transmission essential for real-time FPV flying and drone racing.
Weighs only 30g with a compact design to preserve drone agility and maximize battery life.
Operates on the 2.8GHz frequency band with a range from 2650MHz to 2975MHz for stable transmission.
Uses IRC-Tramp protocol for seamless communication and control with compatible FPV equipment.
FAQs:
What is the maximum transmission power of the KH-2830T video transmitter?
The KH-2830T has a maximum transmission power of 3W (3000mW), which is adjustable through five power levels: 200mW, 400mW, 800mW, 1600mW, and 3000mW to suit different flight scenarios.
How many channels does this 2.8GHz VTX support and why is this important?
It supports 14 selectable channels, which is crucial for avoiding signal interference in crowded airspace, such as during multi-drone races or busy RC events, ensuring crisp and uninterrupted video feeds.
Can I adjust the transmitter settings during flight?
Yes, the VTX supports Smart Audio protocol, allowing pilots to remotely adjust power levels, channels, and other settings via their FPV goggles or controller mid-flight without needing to land.
What is the operating voltage range for this video transmitter?
The KH-2830T has a wide voltage compatibility range from 7V to 32V, making it versatile for integration into various professional UAV and RC aircraft systems.