Spark’s 2-axis mechanical gimbal and UltraSmooth technology dramatically reduce shake and rolling shutter effect, keeping shots stable and detailed.
All Spark images are consistently sharp and vivid with very little color aberration and distortion. Spark’s camera has an f/2.6 wide-angle lens with a 25 mm equivalent focal length. Five elements are arranged into a single group that fit into a compressed frame.
Small and compact, Spark’s camera features a 1/2.3 inch CMOS sensor, allowing you to shoot stabilized video at 1080p and stills at 12 MP. Larger pixels mean Spark is acutely sensitive to light and records colors precisely.
Spark adopts all previous DJI drone shooting modes while adding two new modes: Pano and ShallowFocus.
**Pano-Shpere, Pano 180, Pano-Vertical, Pano-Horizontal & ShallowFocus modes also available.
With its aerodynamic, lightweight, and slick design, Spark soars through the air with minimal wind resistance. The gimbal and camera are flush with the aircraft, significantly increasing stability. Powerful propulsion offers steady flight in strong winds at up to 31 mph (50 kph) in Sport Mode.2 And an advanced flight control system means flying Spark is fun and intuitive.
Innovative HD Wi-Fi technology allows for 720p real-time video transmission from up to 1.2 mi (2 km) away.
Even with all of Spark’s intelligent features, flight time isn’t compromised. Fly for up to 16 minutes with a fully-charged battery, capturing more footage.
Switch to Sport Mode and unleash Spark’s speed potential. Sport Mode sets the gimbal mode to FPV by default, so the camera moves with you as you fly. For an upgraded FPV experience, pick up a pair of DJI Goggles and see a different world.
Spark’s FlightAutonomy system includes the main camera, vision positioning system (VPS), 3D sensing system, dual-band GPS, high-precision inertial measurement unit, and 24 powerful computing cores. This allows Spark to hover accurately anywhere with VPS assistance at up to 98 ft (30 m), sense obstacles from up to 16 ft (5 m) away, and land safely.
Like all recent DJI drones, Spark can return to its home point automatically with sufficient GPS signal. If the battery gets too low, connection is lost, or you hit the Return to Home (RTH) button, Spark flies back to the preset home point while sensing obstacles in its path. Spark’s downward-facing camera captures images of the area surrounding the home point and references these images during RTH for a safe landing.
DJI’s GEO system lets you know where drone flights may raise safety or security concerns, such as near airports or stadiums. This provides the information needed to fly Spark safely and responsibly.
Spark uses a high energy density LiPo battery for optimal performance. 12 intelligent protection functions help deliver safe flight. Additionally, Spark’s battery estimates remaining flight time, letting you know when to land in real time.