
Ember S2.5K
A lightweight high‑speed imaging camera that captures up to 3563 fps in 2.5K resolution for scientific and engineering applications.
- Origin
- Collected automatically
- Source
- Manufacturer page (freeflysystems.com) +1 more
- Retrieved
- 25 Sept 2026
- Last checked
- 25 Sept 2026
- Report
- Report an error or request removal
The Ember S2.5K is a compact, 800‑g camera equipped with an S35 sensor capable of 2277 fps at full 2.5‑k resolution and up to 3563 fps in higher frame rates. It supports continuous recording via high‑capacity SSD storage, offers onboard stabilization, and can be triggered remotely or via a custom trigger. The device mounts on standard 1/4‑20 and M3 threads and accepts 12–26 V power input.
Physical
- Weight
- 0.8kg
Source
- Source
- Manufacturer page
- Retrieved
- 25 Sept 2026
- Last reviewed
- 25 Sept 2026
- Confidence
- Medium · 80%
Collected automatically from the source; not reviewed yet.
Payload
- Sensor
- S35
Source
- Source
- Manufacturer page
- Retrieved
- 25 Sept 2026
- Last reviewed
- 25 Sept 2026
- Confidence
- Medium · 80%
Collected automatically from the source; not reviewed yet.
Image
- Resolution (full frame)
- 2560×2048
- Pixel size
- 9µm
- ISO sensitivity range
- 100‑400
Performance
- Max FPS at full resolution
- 2277fps
- Maximum FPS
- 3563fps
- Stabilization capability
- Yes
Recording
- Pre‑recording feature
- Yes
Connectivity
- Interface options
- Wi‑Fi, USB
Hardware
- Mounting points
- 1/4‑20 & M3
- Power input
- 12–26 V
Values are normalised to SI-style units. Open a value's source marker for provenance and confidence. Additional specifications are shown as published by the source, without unit conversion. Spotted an error? Report it to us, tell the manufacturer or claim this listing.
- Software & SDKs
- iOS appiPadOS appmacOS app
Ask Freefly Systems about Ember S2.5K



Altum-PT
A combined multispectral and thermal imaging sensor for agricultural remote sensing, providing high‑resolution data for crop health monitoring, irrigation management, and plant phenotyping.