Holy Stone HS290 1080P Foldable Drone
Product description
This compact foldable drone from Holy Stone brings straightforward aerial photography to beginners and families, offering a 1080P HD FPV camera with 90° remote tilt for framing shots while flying in parks or on trips. With optical flow positioning and two modular batteries, it aims to deliver steadier footage and up to about 24 minutes of flight time according to the manufacturer.
Key Points
The HS290 focuses on ease of use with features such as altitude hold, one-key takeoff and landing, headless mode and emergency stop, which help new pilots build confidence. The lightweight foldable airframe makes it portable at around 128 g, so it is easy to carry in a daypack for outdoor outings. The 1080P WiFi camera streams FPV video to a smartphone, and the lens may be adjusted remotely by 90 degrees to change the perspective while airborne.
Technical Specifications
- Name: Holy Stone HS290
- Camera: 1080P HD, WiFi FPV, 90° remote tilt
- Flight time: Up to 24 minutes with two modular batteries (according to the manufacturer)
- Weight: 128 g
- Control: App control with Tap Fly, gesture and voice control
Usage Recommendations
For best stability during filming, use the optical flow positioning feature when flying at low altitude and in calm weather. Beginners should practise using altitude hold and one-key landing in an open area before attempting more complex manoeuvres. When recording longer sessions, swap the modular batteries between flights to approach the quoted total flight time; allow batteries to cool between charges.
Positive Aspects
The combination of straightforward controls and intelligent app features such as Tap Fly and gesture capture makes framing photos and videos simpler without a separate monitor. The foldable design and light weight favour casual users who want a compact toy for family trips or outdoor play. Note that WiFi FPV range and image clarity depend on smartphone performance and local radio conditions, and the camera does not include optical stabilisation.