Download Print this page
Viewpro Q10F User Manual

Viewpro Q10F User Manual

10x optical zoom camera gimbal

Advertisement

User manual
Q 1 0 F
10x Optical Zoom Camera Gimbal
Images are for reference only, please subject to the actual product.

Advertisement

loading
Need help?

Need help?

Do you have a question about the Q10F and is the answer not in the manual?

Questions and answers

Summary of Contents for Viewpro Q10F

  • Page 1 User manual Q 1 0 F 10x Optical Zoom Camera Gimbal Images are for reference only, please subject to the actual product.
  • Page 2: Table Of Contents

    Contents Q10F Pinpoint-precision Gimbal 1.Gimbal introduction ..................2 2.Object tracking function (Optional)............2 3.Gimbal description ..................3 4.Gimbal dimension ..................4 5.Mechanics@Electronic characteristics .............5 6.Working characteristics ................5 7.Gimbal’s signal wire box ................6 Q10F Camera 1.Camera introduction ..................9 2.Parameter index ..................9 3.Functional characteristics .................10...
  • Page 3: Gimbal Introduction

    Gimbal Introduction Q10F pinpoint precision gimbal is specially tailored for 10x zoom cameras. Factory, all the parameters have been adjusted, the user installed the camera after hand and installed it to the flight Ready to use on the device. The gimbal can be increased in three directions: level, roll and pitch design,...
  • Page 4: Gimbal Description

    Gimbal Description [1] Upper damping board [6] Pitch axis motor [2] Lower damping board [7] 10x HD zoom camer [3] Damping ball [4] YAW axis motor [5] Roll axis motor Please make sure that the motor is not stopped by any object during the rotation, if the gimbal is blocked during rotation, please remove the obstruction immediately.
  • Page 5: Mechanics@Electronic Characteristics

    Installing Uint: mm 24.5 24.5 86.2 Mechanics@Electronic Characteristics 3S~ 4S 240mA@12V Input voltage Idle current Working Dynamic current 320mA@12V -10℃ ~ 50℃ environment temp 400g Size L108*W86.2*H138.3mm Weight Working Characteristics Pitch/Tilt: Pitch angle range of action : ±90 Roll: Roll angle range of action : ±45° Yaw/Pan: Yaw angle range of action : ±150°...
  • Page 6 Connection of Control Box and Wiring Instruction HDMI: micro HDMI OUTPUT 1080P 60fps default SD card: max 32G, class10 FAT32 or exFAT format PWM in 5V output USER BOARD TTL 115200/8/1/N...
  • Page 7 S.bus/Rx: connect to Rx2 for track function. Roll/ Tx: connect to Tx2 for track function. Pitch: PWM in, pitch control 1. Pitch up 2. Pitch stop W e h ave p ro t o co l f o r c o n t r o l t h e g i m b a l an d cam er a, p l ease co n t act o u r t ech n i cal su p p o r t...
  • Page 8 Mode: Change the speed / home position Position 1: Lowest speed for pitch and yaw. Position 2: Middle speed for pitch and yaw. Position 3: Highest speed for pitch and yaw. The speed is continuously quickly from 1 to 3. One click: Home position.
  • Page 9 Pic /Rec picture / Start record, stop record Switch 2 to 1: camera mode change. Picture mode: the number is quantity of SD card can storage; Record mode: the time is recording time from start record. Switch 2 to 3: A) take a picture. B) Start record / stop record Multi: Backup PWM channel for customize AV: NO AV output this model.
  • Page 10: Camera Introduction

    Camera Introduction Q10F has 4 mega effective pixels, supports 10x optical autofocus possess HD 1080P video. There are two video streams in the camera, one is 1080P 30FPS, local H.264 compression, stored in the device SD card, another video output 1080p60FPS HDMI HD signal for the wireless transmission,...
  • Page 11: Functional Characteristics

    Functional Characteristics Zoom Range Zoom focal length f=4.9~49mm, zoom ranges up to 10x, exhibiting image detail Perfectly. The Speed of Focusing Design for UAV aerial photography, according to aerial characteristics, using fast focus algorithm, focus time <1s. Wide Dynamic Adopt 105 dB wide dynamic range, in the presence of backlight or strong light, the view of the over bright and over dark regions can still be captured at the same time.