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DJI Zenmuse P1
DJI Zenmuse P1
DJI Zenmuse P1
DJI Zenmuse P1
DJI Zenmuse P1
DJI Zenmuse P1
DJI Zenmuse P1

DJI Zenmuse P1

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Full Description

DJI Zenmuse p1

A powerful and precise drone surveying camera.

High-accuracy Aerial Mapping Solution

The DJI Zenmuse P1 is a high-performance, versatile surveying payload, engineered for DJI's flagship commercial drone, the M300 RTK.

The camera has a full-frame 45MP CMOS sensor and can be integrated with a 24mm, 35mm, or 50mm lens. The P1 is a 3-axis stabilised gimbal.

When combined with the M300 RTK drone and mapping software package, DJI Terra, the P1 camera provides an efficient and high-accuracy aerial photogrammetry solution.  

Integrating the P1 with the M300 RTK dramatically increases productivity, being up to 10 times more efficient than the Phantom 4 RTK for both orthomosaic and oblique mapping missions.

The highlights include:

  • 45MP full-frame CMOS.
  • Achieve 3cm horizontal accuracy and 5cm vertical accuracy with no ground control points (3cm GSD, with 75% front overlap ratio and 55% side overlap ratio). 
  • High efficiency: 3km² area coverage during a single flight (3cm GSD, with 75% front overlap ratio and 55% side overlap ratio). 
  • 3-axis stabilised gimbal with Smart Oblique Capture. 
  • Mechanical Global Shutter (achieved by mechanical leaf shutter) - 1/2000s shutter speed. 
  • TimeSync 2.0: Synchronise flight controller, RTK, gimbal, and camera within milliseconds.

Key Features of the p1     

Collect Quality Data - Quickly And Safely.

Multiple Operation Modes

The P1 camera has a range of operation modes to enable survey professionals to capture the best data possible.

These include:

  • 2D Ortho: Collect accurate data quickly and easily, which meets the cadastral 1:500 and 1:1000 accuracy standards.
  • 3D Oblique: The multi-angle oblique image data captured for 3D modelling is provided efficiently and concisely, which can be widely used in many industries such as urban planning, cadastral surveying, security command, etc, helping real-life 3D and smart-city construction.
  • Detailed Reconstruction: High-resolution data images can be obtained efficiently, to help restore the fine texture, structure, and characteristics of the ground and objects. It can be widely used in fine building reconstruction, ancient building protection, water conservancy engineering, and geological surveys. 
  • Real-time Reconstruction: Combine with DJI Terra to obtain real-time geographic information of a large area to assist emergency rescue sites.

Smart Oblique Capture

Smart Oblique Capture allows the P1 to achieve comparable efficiency in oblique mapping missions compared to five-lense oblique payloads.

  • Swing Pattern: When the P1 is performing a five-direction oblique mission, it will swing five directions at -60 degrees. It will only capture images inside the working area, boosting post-processing efficiency by 20%-50%.
  • High Oblique Operation Efficiency: The P1 will perform the multi-angle swing shooting pattern to greatly improve operation efficiency on a single-lens camera. The area of operation with the P1 can reach 7.5 square kilometres (3cm GSD, 75% front overlap ratio, 65% side overlap ratio) in a single day.
  • Greater Efficiency: The P1 has a higher efficiency in oblique missions compared to other single-camera payloads.

Multiple Premier Lens Options

The DJI Zenmuse P1 is a versatile mapping camera, which can be integrated with a 24mm, 35mm or 50mm lens.

A 35mm lens is suitable for most mapping missions, but if the drone needs to operate at a higher altitude while maintaining the same resolution, the 50mm lens option is available.

For lower altitude flights, the 24mm lens can be used.

The comparative Ground Sample Distance for the different lens options are:

  • 24mm: GSD = H/55.
  • 35mm: GSD = H/80.
  • 50mm: GSD = H/120.

High Accuracy With TimeSync 2.0 

Thanks to TimeSync 2.0, the P1 is capable of achieving really high accuracies of 3 cm horizontal and 5 cm vertical (3 cm GSD, with 75% front overlap ratio, and 55% side overlap ratio). 

TimeSync 2.0 ensures the following:

  • Millisecond-level exposure MEP capture.
  • Millisecond-level synchronisation with camera, gimbal, flight controller, and RTK module.
  • Real-time compensations: UAV position and orientation offset compensation; gimbal orientation offset compensation; and camera position offset compensation.

P1 Applications

How The P1 Can Be Used In The World Of Enterprise

  • Topographic Survey: Users can obtain 1:500 surveying level accuracy data sets without using any ground control points.
  • Cadastral Survey: Obtain 3D point cloud or textured model for 1:500 surveying-level mapping.
  • AEC: Quickly gather 2D and 3D data sets for design, operation, and maintenance phases within enterprise projects such as constructions, roads, bridges, transmission lines, and oil and gas pipelines. 
  • Natural Resources Survey:  Collect aerial insights for forestry applications, such as species distribution analysis, and other information regarding natural resources, such as mountains, rivers, forests, fields, and lakes.  
  • Geological Disaster Survey: Collect high-accuracy geological disaster point data without putting operators into harsh environments. The DJI P1 changes the traditional survey method by making it easier and safer to capture data. 

M300 RTK and P1 Case Study

Data sets show the quality of the P1 for photogrammetry.

Sub 1cm GSD And Efficient Data Collection

Data sets collected by heliguy™ show the quality of the  M300 RTK and P1 for aerial surveying, and the effectiveness of Smart Oblique Capture for accurate and efficient mapping.

We conducted two flights at a farm in Warkworth, Northumberland, UK: The first was a double grid mission, the second utilising the Smart Oblique Capture feature. No ground control points were used and no manual data was collected.

The key findings included:

  • The M300 RTK and P1 achieved a 1.18cm ground sample distance (GSD) at 80m altitude, and 0.63cm GSD at 50m. In comparison, the DJI Phantom 4 RTK would need to fly at 23m for a 0.63cm GSD, and 43m for 1.18cm GSD;
  • The P1's 45MP camera captured crystal-clear imagery to build detailed and high-resolution 2D orthomosaics, as well as CAD-standard 3D models;
  • The Smart Oblique Capture mode captured vertical and oblique data in a single flight - enhancing efficiency and creating a more robust data set without needing to manually capture additional oblique imagery;
  • Capturing only the essential data, Smart Oblique Capture collected less than half the number of images, shaving 50% off the post-processing time;
  • The P1 yielded high georeferencing accuracy - at around 0.011 during the Smart Oblique Capture flight;
  • Improved efficiency: The M300 RTK and P1 captured the required data in less than 30 minutes. It would take the Phantom 4 RTK up to two hours to capture the same amount.

is the p1 dji's best surveying solution?

How the camera compares to the X7-M210 RTK V2 and the Phantom 4 RTK.

New Sensor Sets A New Standard

When it comes to collecting high-resolution survey data, the P1 integrated with the M300 RTK sets the bar high. 

So how does it compare to DJI's other mapping solutions; namely the Phantom 4 RTK and the M210 RTK V2 paired with the X7 payload?

As the information below shows, the P1-M300 RTK combination brings a new standard to drone surveying, thanks to high-resolution data capture, longer flight times, greater ground coverage, and increased efficiency.

P1

  • Weight: 787g
  • Lens Options: DJI DL 24 mm; 35 mm; 50 mm.
  • CMOS: Full-frame (36*24 mm)
  • GSD: 24mm, GSD = H/55; 35mm, GSD = H/80; 50mm, GSD = H/120.
  • Pixels: 45MP
  • Pixel Size: 4.4um
  • Shortest Time Interval: 0.7S
  • Efficiency: With M300 RTK - 43 minutes per set of batteries; Up to 10x more efficient than P4 RTK. 

X7

  • Weight: 449g
  • Lens Options (optimised for surveying): DJI DL 24 mm; DJI DL 35 mm. 
  • CMOS: S35 (23.5*15.7 mm)
  • GSD: 24 mm, GSD = H/61; 35 mm, GSD = H/89.
  • Pixels: 24MP
  • Pixel Size: 3.9um
  • Shortest Time Interval: 2.5S
  • Efficiency: With M210 RTK V2 - 28 minutes per set of batteries; 1.2x more efficient than P4 RTK. 

P4 RTK

  • Weight: 1391 g
  • Lens Options: Fixed camera/lens. The lens has a focal length of 8.8 mm.
  • CMOS: 1 inch (13.2*8 mm)
  • GSD = H/36.5
  • Pixels: 20MP
  • Pixel Size: 2.4um
  • Shortest Time Interval: 2.5S
  • Efficiency: The P4 RTK has a fixed camera. Achieve 30 minutes of flight per battery.

p1 Surveying Workflow

Harness the power of the DJI ecosystem for an end-to-end mapping solution.

Stitch Drone Data Into DJI Terra

Benefit from the DJI surveying ecosystem by combining the M300 RTK, the P1 camera, the mapping software platform DJI Terra, and the DJI Pilot app for an end-to-end surveying workflow.

Data Capture: Plan mission using the DJI Pilot app with various flight options available. Deploy the DJI M300 RTK and the P1 camera to capture detailed and accurate data, quickly and safely. 

Date Processing: Import the data set into DJI Terra to reconstruct models and maps.

Other P1 Features To Help With Workflow

Fieldwork Report

The Fieldwork Report for the P1-M300 RTK solution is coming soon. It will have the following features:

  • Field Inspection Report: After the flight is completed, a report will be generated to highlight information such as photo location, number of photos, RTK positioning status, and location accuracy, so that the pilot can confirm the quality of the field data on-site. 
  • Real-time Mapping: Using DJI Terra, generate a real-time map to chart mission progress.
  • Payload Health Management System: Keep tabs on your equipment to ensure it is operating in optimal condition. The management system records the total use of the payload, charts the mechanical shutter and gimbal swing use times, provides an error log, and product maintenance suggestions. 

Smart Data Management

This feature provides an intuitive, simple, and smart photogrammetry workflow. Key features include:

  • All-in-one storage for images, GNSS data, and log files.
  • Corresponding camera parameters, UAV parameters, and current RTK status are all automatically written into the image metadata. 
  • Auto-generated survey data folder with mission names and times.

What's in the Box

Gimbal & Camera (inc SD Card and microSD Card) x 1
Storage Case x 1
Camera Body Cap x 1
Lens Rear Cap x 1
Lens Cleaning Cloth x 1

The DJI DL 35mm F2.8 LS ASPH Lens (ENTERPRISE) is included with the Zenmuse P1. Contact us for more information on purchasing other compatible lenses.

Product Specification

Spec

Value

General

 

Dimensions

198 × 166 × 129 mm

Weight

Approx 800g

Power

20W

IP Rating

IP4X

Supported Aircraft

DJI M300 RTK

Operating Temperature Range

-20° to 50° C (-4° to 122° F)

Storage Temperature Range

-20° to 60° C (-4° to 140° F)

Absolute Accuracy

 

Horizontal: 3 cm, Vertical: 5 cm*

* Using Mapping Mission at a GSD of 3 cm and flight speed of 15 m/s, with an 75% front overlap rate and a 55% side overlap rate.

Camera

 

Sensor

 

Sensor size (Still): 35.9×24 mm (Full frame)
Sensor size (Max video recording area): 34×19 mm
Effective Pixels: 45MP
Pixel size: 4.4 μm

Supported Lenses

 

DJI DL 24mm F2.8 LS ASPH (ENTERPRISE) (with lens hood and balancing ring/filter), FOV 84°
DJI DL 35mm F2.8 LS ASPH (ENTERPRISE) (with lens hood and balancing ring/filter), FOV 63.5°
DJI DL 50mm F2.8 LS ASPH (ENTERPRISE) (with lens hood and balancing ring/filter), FOV 46.8°

Supported SD Cards

SD: UHS-I rating or above; Max capacity: 512 GB

Storage Files

Photo / GNSS Raw Observation Data/ Image Log File

Photo Size

3:2 (8192×5460)

Operation Modes

Photo, Video, Playback

Minimum photo interval

0.7 s

Shutter Speed

 

Mechanical Shutter Speed: 1/2000*-1 s
Electronic Shutter Speed: 1/8000-1 s

*Aperature value no larger than f/5.6

Aperture Range

f/2.8-f/16

ISO Range

 

Photo: 100-25600
Video: 100-25600

Video

 

Video Format

MP4

Video Resolution

 

16:9 (1920×1080)
16:9 (3840×2160)*

*Only 35mm lens supported

Frame Rate

60fps

Gimbal

 

Stabilised System

3-axis (tilt, roll, pan)

Angular Vibration Range

±0.01°

Mount

Detachable DJI SKYPORT

Mechanical Range

 

Tilt: -125° to +40°;
Roll: -55° to +55°;
Pan: ±320°

Frequently Asked Questions

What's the resolution of the photos taken by the P1?

The P1 takes photos with a resolution of 8192 * 5460, or approximately 45 megapixels.

Which image/video formats are supported?
The P1 supports the following image/video formats:
 
• Images: JPEG, JPEG+DNG;
• Videos: MP4.
What's the shortest continuous shooting interval of the camera?

The shortest continuous shooting interval of the P1 is 0.7 seconds.

What's the single pixel size of the P1?

The single pixel size of the P1 is 4.4μm.

Which lenses does the P1 support?

The P1 supports 24mm, 35mm and 50mm lenses with DL mounts.

Are there other lenses available for the P1?

No, currently the P1 supports only three industry-specific lenses. The lenses of the P1 are optimised for surveying and mapping scenarios, including optical parameter writing, lens performance recording, and reminders. Lenses with other DL mounts can take photos and videos manually when installed on the Zenmuse P1 camera but cannot support surveying and mapping.

Which drones support the P1? On which gimbal port can it be installed?

Currently, only the M300 RTK supports the P1. The P1 can be installed only on the No. 1 gimbal port while the M300 RTK is in Single Gimble mode.

Which position is recorded by the photos taken by the P1?

In photos taken by the P1, the exit pupil position at the centre of the camera lens is recorded.

How does Smart Oblique Capture work?

In Smart Oblique Capture, the P1 adopts a shooting order of nadir, front, left, back, and right. This is the optimal shooting order for oblique photogrammetry data collection.

What's the tilt angle range of the camera during the Smart Oblique Capture of the P1?

During Smart Oblique Capture, the tilt angle range of the P1 is from -60° to -90°.

What is the relationship between the ground sample distance of the data collected by the P1 and the flying altitude?
The relationship between the ground sample distance and the flying altitude differs between lenses as follows:
 
• 24mm lens: GSD=H/55
• 35mm lens: GSD=H/80
• 50mm lens: GSD=H/120
 
Where GSD is measured in centimetres (cm) and the target distance (H) is measured in meters (m).
Does the lens support zooming? How to focus during operation?

No, zooming is not currently supported. Auto focus can be used when in Route mode. Manual focus is required when in Manual mode.

What is the Low-noise High-sensitivity mode of the P1?

The Low-noise and high-sensitivity mode of the P1 can improve the camera sensitivity (ISO) while reducing noise levels.

In which surveying and mapping scenarios can the P1 be used?
The P1 can be used in multiple surveying and mapping scenarios including:
 
• 2D orthomosaic
• 3D oblique
• Detailed modelling
• Real-time mapping
What content does the fieldwork report include?
After a flight mission is completed, a fieldwork report is generated for pilots to quickly confirm the quality of field data on-site. Information includes:
 
• The location of each photo;
• The number of photos;
• The RTK positioning status and location accuracy.
What does the payload health management system record?

The P1 is connected to the payload health management system in DJI Pilot to record the following:

 
• Service time of devices
• Historical abnormal status
• Usage count of the shutter
• Swing count of the gimbal
 
Corresponding suggestions on abnormalities and maintenance are then provided to ensure the best performance.
Does the M300 RTK support PPK post-processing when used with the P1?

Yes. The task folder stores photos, original GNSS observations, and TimeStamps.MRK files, which are used for PPK post-processing calculations.

Which operating modes do the P1 support?

The P1 supports the following operating modes:

 
• Aerial photography
• Oblique photography
• Corridor mapping flight
• Waypoint flight
• Manual operation
What are the TimeSync 2.0 features when using the M300 RTK and the P1 surveying solution?
The following TimeSync 2.0 features are available:
 
• Output the exposure time interval in microseconds;
• Time synchronization for the camera, the gimbal, the flight control system, and RTK;
• Brand new position and orientation compensation function which writes precise exit pupil positions of the camera into the photos based on the positions and orientations of the drone and the gimbal.

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