DJI Zenmuse P1

Your Aerial Photogrammetry Tool:

Exceptional Efficiency: The P1 features a highly sensitive full-frame sensor with low noise, capable of capturing a photo every 0.7 seconds during flight and covering 3 km2 in a single flight.

Remarkable Accuracy:

Equipped with a global mechanical shutter and the brand-new TimeSync 2.0 system, synchronizing the time between modules to the microsecond, the Zenmuse P1 enables users to capture centimeter-accurate data combined with real-time position and orientation compensation technology.

Robust Versatility:

Create 2D, 3D, and detailed models thanks to the integrated 3-axis gimbal that can be equipped with 24/35/50 mm lenses and the Smart Oblique Capture feature.

Efficiency to Encompass Everything:

Camera with full-frame sensor – 45MP full-frame sensor – 4.4 µm pixel size – Low-noise, highly sensitive image processing extends daily usage time – Capture a photo every 0.7 seconds during flight – TimeSync 2.0 aligns the camera, flight controller, RTK module, and gimbal to the microsecond.

Flexible to Capture Everything:

Multiple lens options:

– Global Mechanical Shutter, Shutter Speed 1/2000 Seconds

– Sends median exposure pulse in microseconds

– Supports 24/35/50 mm lenses of DJI DL Mount type.

Smart Working, Fast Working Smart Oblique Capture:

Cover 7.5 km2 in a single working day with the P1. Enhance the efficiency of your oblique photography mission with Smart Oblique Capture, where the gimbal automatically rotates to capture photos at the various angles required. Only photos essential for reconstruction are taken at the edge of the flight area, increasing post-processing efficiency by 20% to 50%.

Smart Data Management:

Streamlined management of your mission data

Mission result files are automatically linked to the mission name and mission time. A centralized storage location for photos, GNSS data, and TimeStamps.MRK files. Image metadata includes the camera's intrinsic and extrinsic parameters and RTK status. Field Work Report Verify data quality immediately after the flight by checking position data and the number of acquired images, as well as RTK status and positioning accuracy.