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Plain and simple... gone are the days of shaky, unstable
footage! Whether you are shooting a movie or commercial, or performing a
search and rescue mission, shaky footage is the number one problem
plaguing the aerial photography industry. After all, what good is a view
from the sky if it"s unusable? Through the use of 3-axis gyros,
inertial measurement unit feedback, and special 3-DOF servo drive
modules, the Zenmuse line of camera gimbals achieve sub-pixel
stabilization. This performance was previously only achieved in the most
expensive full-scale helicopter gimbals; most of which cost upwards of
$500,000. Now, for less than 1% of that cost, you can achieve perfectly
stable footage every fligt... even in windy conditions!
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Features: |
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DJI Zenmuse Gimbal is a milestone gimbal system which is
developed for professional filming, aerial photography for commercial
use. Even if aircrafts are in a fast-speed flight, it can still
stabilize and control the camera equipment precisely with highest
stability. The precision of control angle is within the range of ±0.05%,
so picture or video output can reach the best effect.
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In order to make the gimbal function the best, DJI
provides the customized Gimbal according to the types of camera. For
example, the Zenmuse Z15 supports two types of camera, which are Sony
Nex 7. One type of Gimbal can only support one serial of camera. When
users want to use a different series of camera, they need purchase the
additional accessories related.
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Zenmuse gimbal system has three types of control modes,
which are Orientation-locked control mode, Non Orientation-locked
control mode and Back to Mid-point mode (Horizontal mode). The three
types of modes can be switched quickly from one mode to another to meet
the different requirements of aerial photography. With the perfect
mode and easy operation of the stable 3-axis Zenmuse gimbal, users can
take excellent aerial works.
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The 3-axis Zenmuse gimbal system has creative design for
its mechanical structure design. The slip rings inside avoid the
complicated wiring. All the wires of the power and signal lines are
integrated into pipes of the Gimbal , which makes the axis can rotate
without any limitation. The Yaw control could reach ±360°, the Pitch
control could reach ±360° and the Roll control could reach ±40° (±360°
mechanic continuous rotation).
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Due to DJI years UAV autopilot system achievement into
perfect attitude-stabilized algorithm, together with the high-precise
induction device, it can have perfect performance on attitude control.
Without the requirement of extra installation and connection of extra
wires, it is easy to assemble and it can maintain stable when flying.
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Due to DJI years UAV autopilot system achievement into
perfect attitude-stabilized algorithm, together with the high-precise
induction device, it can have perfect performance on attitude control.
Without the requirement of extra installation and connection of extra
wires, it is easy to assemble and it can maintain stable when flying.
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DJI Customized Gimbal Special Servos Drive Module meets
all the control requirements of high performance Zenmuse gimbal. With
high precision, low vibration, high torque characters. DJI Gimbal
Special Servos Drive Module is an excellent combination of drive and
module.
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In order to minimize the payload of aircraft, the video
output module with expanded features like camera shutter is customized
to transform HDMI signal to AV in neat wiring, which ensure the smooth
and free movement of the 3 axial Gimbal.
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It supports most of transmitters and receivers in the
market. At the meantime, it provides Futaba S-Bus receiver support and
it is user-friendly.
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Zenmuse Gimbal 3-axis rotation controlling function is
simple and easy to apply. Stick range corresponds with rotation speed of
gimbal axis. Excellent control algorithm guarantee high precision
performance of the axis rotation. Zenmuse gimbal rotation speed will not
be influenced even when the aircraft is in high-speed spinning or quick
lifting.
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Specifications:
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General
| Built-In Functions |
•Three Working Modes
–Orientation-locked control
–Non orientation-locked control
–FPV mode (Reset)
•Built-in independent IMU module
•DJI gimbal special servos drive module
•HDMI-AV module
•Wireless video transmission support
•Camera shutter control support
•Wide range voltage input support |
Electrical & Mechanical Characteristics
| Working Current |
–Static current: 200mA (@25V)
–Dynamic current: 400mA (@25V)
–Locked-rotor current: 4A (@25V) |
| Operating Temperature |
-10°C ~ 50°C |
| Weight |
–Z15-N: 1.25Kg
–Z15-G: 1.3Kg |
| Dimensions |
200mm x 200mm x 230mm |
| Frame Dimensions For Camera (Inside) |
–Z15-N: 115mm x 75mm
–Z15-G: 142mm x 76mm |
| GCU BEC Output |
[email protected] |
| GCU Wireless Video Transmission Power |
1A @12V |
| GCU Weight |
300g |
| GCU Dimensions |
64.2mm x 34.1mm x 19.5mm |
Working Performance
| Load Weight (Reference Value) |
336g(@Sony NEX-5N with Lens and Battery)
489g(@Panasonic GH2 with Lumix G14 mm/F2.5 and Battery)
534g(@Panasonic GH2 with Lumix G20 mm/F1.7 and Battery) |
| Controlled Angle Accuracy |
±0.5° |
| Maximum Controlled Rotation Speed |
Pan axis:±130°/s
Tilt axis:±130°/s
Roll axis:±30°/s |
| Controlled Rotation Range |
Pan axis control: ±360° continuous rotation
Tilt axis control: ±360° continuous rotation
Roll axis control: ±40° (±360° mechanic continuous rotation) |
Peripheral
| Supported Camera |
–SONY Nex-5N/Nex-7
–Panasonic H-2 |
| Supported Lens Currently |
–SONY: E 16mm f/2.8(SEL16F28)
–Panasonic: Lumix G14 mm/F2.5
–Panasonic: Lumix G20 mm/F1.7 |
| Input Power |
4S~12S LiPo (Recommend 6S if with S700) |
| Control Requirement |
Four spare receiver channels at least |
| Assistant Software System Requirement |
Windows XP SP3; Windows 7 |
Regulatory Approvals
| FCC (USA) |
YES |
| IC (Canada) |
YES |
| ROHS(EU) |
YES |
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