RunCam Swift 2 Review
RunCam has updated the Swift. They have added a microphone and an On Screen Display (OSD), while retaining the same sensor. Even if the OSD is very simple, it is a real enrichment and great new feature. Here is an overview of the new Runcam Swift 2.
Where to buy
Scope of Delivery
- 1× Swift 2 Camera
- 1× metal bracket for mounting
- 1× OSD control unit
- 1× Allen key and various screws
- 1× 5 Pin silicon cable (VCC GND VIDEO AUDIO VBAT)
- 1× 3 Pin silicon cable (VCC GND VIDEO)
- 1× alternative camera housing (3 threaded positions)
- 1× manual
- Manufacturer: RunCam
- Lens: 2.5 mm (130°)/2.3 mm (150°)/2.1 mm (165°)
- Model: Swift 2
- Weight (without bracket): 14 g
- Dimensions: 26 mm × 26 mm × 28.5 mm
- Video mode: NTSC/PAL
- Sensor: 1/3″ Sony Super Had II CCD IR Blocked/IR Sensitive
- Housing color: orange or black
- Resolution: 600 TVL
- Input voltage: 5–36 V
- Microphone: yes
- WDR: D-WDR
- large input voltage range
- integrated OSD (voltage / timer / name)
- integrated microphone
- many mounting options
The sensor in the RunCam Swift 2 is the same as in the predecessor, namely the Sony Super Had II CCD. This has proven its worth in the field of FPVs and offers, among other things, a lot of adjustment possibilities allowing for the camera to be configured exactly to pilots’ own needs.
The RunCam Swift 2 is delivered with the 2.3 mm lens. RunCam also sent me two additional lenses for testing purposes. In the following photos you can see how the different lenses look.
The RunCam Swift 2 can be mounted in several different ways. An alternative housing with three press-in threads on each side is also included.
Both housings have only metallic threads, so you do not have to be afraid that you could ruin the threading with the screws like on other cameras.
The OSD menu for configuration offers many possibilities for the configuration of the camera, as is usual for the Sony Super Had II CCD Sensor.
To get into the OSD menu, press the button on the control unit.
- Pilot name
- Voltage indication
- Baseline (fixed horizon as dashed line)
How to measure voltage for the OSD
Power the Swift 2 directly (VCC/GND) from the LiPo and don’t use VBAT. The Swift measures VCC/GND Voltage. Note, the voltage is a little bit lower (approx 0.1–0.2 V) than the LiPo voltage.
Connect the LiPo to the Swift 2 VBAT/GND Pin. the Swift will measure the exact LiPo Voltage.
If you power the camera through VTX or 5 V, you must connect the LiPo to VBAT/GND, otherwise it can’t measure the LiPo voltage.
The default settings already make a good impression. The “Color Mode” is active in the factory settings, so the camera does not switch between color and black/white.
I will expand this post as soon as I have DVR footage available. 😉
Conclusion: RunCam Swift 2
The RunCam Swift 2 makes a very good impression and the technical data speaks for itself. The Sony Super Had II Sensor can be configured as desired and the microphone, as well as, the additional integrated OSD adds to the versatility of the camera. The only camera which offers the same features is the Foxeer Arrow V2
It remains to be seen how the camera performs during the flight test, but I think this camera will certainly be as good as the predecessor.