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Designed specifically for the Sony A7RIV/V and multiple drone platforms, Pixy S offers professionals a compact and reliable solution for industrial applications.

DIMENSION
Dimension (DxWxH)
140mm x 127mm x 183mm
PLATFORMS SUPPORTED
Drones/Flight Controllers Supported
Pixhawk/ Cube Pilot FC/ Skynode
Camera Supported
Sony A7RIV, Sony A7RV
Damping Type
Pixy S Damping
Gimbal Mount
Bottom
Quick Release
HDMI HQR V2.0
Third Party Control
Sbus, Spektrum, MAVLink, LB2
AUX Signals
4 signals
HDMI Support
1080p 60fps
Third Party Power
Non suppport
LENS COMPATIBILITY
LENS
Sony A7R IV Supported lens: - SEL28F20 - SEL35F28Z -SEL55F18Z - SEL24F28G - SEL40F25G - SEL50F25G
GENERAL
Built-In Functions
1. Operation Modes ● On/Off ● Lock mode ● Follow mode ● Mapping mode 2. New generation IMU Sensor 3. Gremsy Specialized Gimbal Drive Motors with Encoders (Encoder 14 bits) 4. Sony USB-C connection built-in 5. Hotshoe connection built-in. 6. Gimbal Mavlink Protocol supported
MECHANICAL & ELECTRICAL CHARACTERISTICS
Working Curent
Static Current 500mA @14.5V Dynamic Current 1A @14.5V Locked Motor Current Max 3.8A @14.5V
Operating Temperature
14° F ~ 122° F (-10° C ~ 50° C)
Weight
~560g/ 1.2 lbs
Gimbal Dimension (DxWxH)
140mm x 127mm x 183mm
PERIPHERAL
Input power
15V-52V
Connections
Micro USB, USB 2.0 (Type C), CAN, UART, Sbus, Spektrum, Micro HDMI
PC Assistant Software Requirements
Windows 10 or above; macOS 12.0 or above
WORKING PERFORMANCE
Angular Vibration Range
± 0.02°
Maximum Controlled Rotation Speed
Pan axis: 180°/s Tilt axis: 180°/s Roll axis: 180°/s
Mechanical Endpoint Range
Pan axis control: -328° to +328° Tilt axis control: -140° to +50° Roll axis control: -290° to 50°
Controlled Rotation Range
Pan axis control: ±320° Tilt axis control: -120° to 40° Roll axis control: ± 30°

After connecting to the power supply, the gimbal will perform a series of alignments, self-tests, which last about 5 - 10 seconds and will determine the status of the gimbal, indicated by the Status LED color. During this time, don’t touch the gimbal or camera, and make sure it is standstill.
Always start the gimbal with a balanced camera set up otherwise after initialization the controller will return an error followed by a red color indicator.
STEP 1
Make sure the Pixy S Quick Release is mounted to the drone and its power port is already connected to the power supply correctly. Next, let’s mount the gimbal to the Hyper Quick Release, it will be automatically powered up.
STEP 2
Wait about 10 seconds until the LED end blinking white, do not touch the gimbal or camera during this process.
STEP 3
If the status LED is blinking green, the gimbal is ready for use. By default, the gimbal is in Follow mode if the motors are turned ON by the Function Button. If the status LED is solid red, something is wrong with the gimbal and motors can not start. Connect to the software/apps to check details of the error message.
Read “” in next section for more information.
4
Power cable
1
5
Hotshoe data cable
1
6
Right angle micro HDMI cable
1
7
Right angle C to C cable
1
8
Can cable
1
9
AUX cable
1
10
JR cable
1
11
Cable for Pixhawk Com4
1
12
Cable for Pixhawk Com2
1
13
Sbus cable
1
14
Micro USB cable
1
15
Multiport data cable
1
16
M3 x 8 Screw
5
17
Allen Key 2.5 (mm)
1
1
Pixy S
1
2
Quick Release Cap
1
3
HDMI Hyper Quick Release V2.0
1
BOTTOM MOUNTING ONLY
Make sure the gimbal position is properly configure as figure below.


Midle
Adjustable Motor ON/OFF | LOCK | FOLLOW/MAPPING
Low
Adjustable Motor ON/OFF | LOCK | FOLLOW/MAPPING
Pixy S will be used with the HDMI HYPER QUICK RELEASE V2.0
HDMI HYPER QUICK RELEASE V2.0 distinguishes itself from the prior version by featuring a USB-C 2.0 signal port connecting directly from Quick Release to the tilt gimbal, along with an Aux port offering optional signals (S1-S4) for user connections to devices like AV signals or camera triggers for expanded functionality. The signal path runs directly from QR to the tilt gimbal, with Pin 1 positioned as the leftmost pin.
Rx1+
S9
A3
Tx1-
S7
B10
Rx1-
S8
A4
VBUS
5V output
B9
VBUS
5V output
A5
CC1
Serial Resistor 5K1 Ohms with GND
B8
SBU2
NOT connect
A6
DP
D+ usb
B7
DN
D- usb
A7
DN
D- usb
B6
DP
D+ usb
A8
SBU1
NOT connect
B5
CC2
Serial Resistor 5K1 Ohms with GND
A9
VBUS
5V output
B4
VBUS
5V output
A10
Rx2-
S8
B3
Tx2-
S7
A11
Rx2+
S9
B2
Tx2+
S6
A12
GND
B1
GND
TMDS Data2 Shield
8
TMDS Data1-
9
TMDS Data0+
10
TMDS Data0 Shield
11
TMDS Data0-
12
TMDS Clock+
13
TMDS Clock Shield
14
TMDS Clock-
15
CEC
16
DDC/CEC Ground
17
SCL
18
SDA
19
+5V Power
1
GND
2
GND
3
Signal Hotshoe
4
GND
A1
GND
B12
GND
A2
Tx1+
S6
1
Hot Plug Detect
2
Utility
3
TMDS Data2+
4
TMDS Data2 Shield
5
TMDS Data2-
6
TMDS Data1+
TYPE D CONNECTOR
First make
Connector Shell
Second make
Pins 1 - 18
Third make
Pin 19 (+5v Power)



B11
7






