Analog or digital video on an FPV drone: which to choose
09.11.2026
By Ptashka Drones Editorial Team
The video link decides what the operator sees in flight. Radio FPV drones use analog or digital video, and each option has its strengths. Below we compare them using the Ptashka-10 and Ptashka-15 as examples.
How they differ
| Analog video | Digital video | |
|---|---|---|
| Image | Simpler, with noise | Sharper, more detail |
| Weak signal | The picture gradually gets noisy but remains | May freeze or drop out suddenly |
| Microphone on Ptashka drones | No | Yes |
| Detection by an analog detector | Possible | An analog signal detector does not see it |
A digital link shows detail better, so a target is easier to recognise. An analog link is simpler and on a weak signal often still leaves a picture the operator can work with.
What Ptashka drones use
- Ptashka-10. Analog Skyzone TX2501 video transmitter, 2.5 W at 4.9–6.2 GHz, night or day camera. A digital version is available.
- Ptashka-15. Digital day camera, range up to 50 km, up to 35 minutes of flight, payload up to 3 kg.
- The digital video and control system on both models works at 4.9–6.4 GHz, 5 W, with automatic band and channel switching.
How to choose
- You need to recognise targets clearly. Choose digital video.
- Sound matters. Only the digital version has a microphone.
- Night missions. The Ptashka-10 offers a night camera. Thermal cameras are fitted to fibre-optic drones; see day or thermal camera for FPV.
- Heavy EW. Any radio link is vulnerable, so also compare fibre-optic drones.
All models are compared in which Ptashka FPV drone to choose, and frequency bands are covered in which frequencies FPV drones use. All models are in the radio-controlled drones catalogue.
Frequently asked questions
Which is better for FPV: analog or digital video?
Digital gives a sharper picture; analog is simpler and degrades more gradually on a weak signal. The choice depends on the task.
Which frequencies does the video on Ptashka radio drones use?
The Ptashka-10 analog transmitter works at 4.9–6.2 GHz and the digital system at 4.9–6.4 GHz.
Do Ptashka FPV drones have a microphone?
Yes, in the digital version. The analog version has no microphone.
Need help choosing? Contact us and a Ptashka engineer will match the configuration to your task.
Related posts
Fixed-wing UAV: what it is and how to choose
What a fixed-wing UAV and wing drone are, how they differ from multirotors, which tasks they suit and the specifications of the Ptashka PD-1.
Starlink drone: how it works
How a Starlink drone works, how a satellite link differs from radio and fibre optics, its limitations and what the Ptashka-17 Starlink can do.
Drone-mounted net launcher: FPV or Mavic
Ptashka drone-mounted net launchers for FPV, Mavic, Autel and Matrice compared: net size, firing distance, weight, activation and compatibility.
Is there a detector for fibre-optic drones
Why an RF detector cannot see a fibre-optic FPV drone and what actually helps spot one: acoustic sensors, observation, reconnaissance drones and physical protection.
Which frequencies FPV drones use and what a detector sees
Which frequencies FPV drones use for control and video, which bands the Ptashka drone detector scans, and why it does not see DJI, digital video or fibre optics.
Fibre-optic FPV drone in an ambush: how it works and what the drone needs
How a fibre-optic FPV drone waits for a target in an ambush: ambush mode, landing legs, camera and spool. Suitable Ptashka models and how to protect against ambushes.
Which Ptashka FPV drone to choose: radio and fibre-optic models compared
Ptashka FPV drones compared: radio, fibre-optic and Starlink models 10, 15, 10-O, 13-O, 15-O, 17-O. Propellers, motors, cameras, range, payload and ambush mode.
Analog or digital ground station for fibre-optic FPV drones
Analog and digital ground stations for fibre-optic FPV drones compared: kit contents, controller, microphone, video recording and accessories. How to choose.
How to choose a fibre-optic spool for an FPV drone: 10 to 50 km
How to choose fibre length for a fibre-optic FPV drone: 10, 15, 20, 25, 30, 35, 40 or 50 km, how to measure the route and which spool fits which drone.
Handheld net launcher training
How to organise training with the Ptashka handheld net launcher: five stages, work with a training mock-up, exercise debriefs and cartridge records.
Day or thermal camera for FPV drones
Day and thermal FPV cameras compared by lighting, detail and limitations, with the camera options on Ptashka fibre-optic drones.
Handheld net launcher or shotgun against FPV drones
A handheld net launcher and a shotgun compared for FPV defence by weight, principle, shots and limitations, plus the Ptashka net gun kits.
Choosing a handheld net launcher kit
Compare the confirmed contents of Ptashka Basic, Middle and Max handheld net launcher kits. Check the product version, documentation and indefinite free repair and service.
Mavic and Autel net launcher compatibility
Understand the distinction between a drone-carried net launcher and a handheld system. Confirm the precise Mavic, Autel or Matrice platform, version and supply before ordering.
FPV drone net launcher
How an FPV-carried net launcher differs from handheld and Mavic formats. Check the precise platform, module version, supplied contents and documented limitations.
RF detection, electronic warfare and physical protection
Understand the differences between analog RF reception, radio-electronic countermeasures and physical interception, including the limits of Ptashka’s detector and net launchers.
RF detectors for teams, facilities and vehicles
Compare portable detector requirements for teams, facilities and vehicles without assuming universal coverage. Understand the analog-only Ptashka receiver and its limits.
Common FPV drone formats
Compare radio-linked and fibre-optic FPV formats by compatible equipment, complete supply contents, documentation and support rather than an unsupported popularity ranking.
How a fibre-optic FPV drone works
The roles of the optical channel, spool, airborne and ground equipment. Learn why fibre length is not guaranteed flight range and what to confirm before ordering.
Choosing an FPV drone
Check the aircraft version, controller and video compatibility, included equipment, power specifications, documentation and support before ordering an FPV drone.
An RF detector in a UAV detection system
How a portable RF detector contributes information to a wider UAV detection process, what Ptashka’s analog-only receiver can show, and why its limits matter.
What an RF drone detector can and cannot do
Distinguish supported RF reception and analog video from aircraft identification, coordinates and universal detection. A practical explanation of Ptashka’s limits.
Choosing a portable drone detector
Compare supported signals, frequency bands, displays, battery specifications and support before buying a portable drone detector. Understand Ptashka’s analog-only scope.
What is a fibre-optic drone?
Understand how fibre-optic FPV differs from a radio link, the roles of the airborne and ground parts, and why fibre length does not guarantee flight range.
What is an FPV drone?
An introduction to First Person View drones: the camera, video link, viewing equipment and control functions, with the differences between radio and fibre-optic formats.