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Table of Contents
Related Manuals for Innoflight Stellar X1000
Summary of Contents for Innoflight Stellar X1000
- Page 2 Also, please do not attempt to alter any component or part of this multicopter. InnoFlight is not liable for any damages or bodily injuries that may occur from incorrect assembly or altering of parts. Duplication of any parts or components without consent of InnoFlight is prohibited.
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Page 3: Storage And Transportation
Please visit our website http://www.inf-drone.com for assembly and system operation tutorial videos. You may also contact us directly at InnoFlight or your local dealer for any further questions or concerns regarding the uses of our product. - Page 4 6. Please be noted that you would not be able to set waypoints within No-Fly Zones. 7. Please do not exceed the altitude limitation specified or authorised by your local laws and regulations. © InnoFlight All Rights Reserved. 2016...
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Page 5: In The Box
Propeller set x 10 Top Hatch x 1 Accessories Package x 1 Doubled sided tape x 2 3M Velcro Strips x 2 Battery straps x 4 Hex Screwdriver x 1 XT-90 Connectors x 2 USB Cable © InnoFlight All Rights Reserved. 2016... - Page 6 4. Repeat steps for the two front motor arms while unfolding them from their retracted positions on the cen- tre frame * Visually inspect to ensure that all locking buttons are secured both at the top and the bottom of the centre frame. © InnoFlight All Rights Reserved. 2016...
- Page 7 * Visually line up the pre-drill holes on each landing gear to the holes on the retract units. M3 x 18mm * Install one M3 x 18 Socket Cap Bolt for each landing gear using thread lock compound as requires © InnoFlight All Rights Reserved. 2016...
- Page 8 RC Reciever Installation and Binding The Stellar comes pre-installed with the InnoFlight state of the art Jupiter JM-1 flight controller. The Jupiter JM-1 flight controller is fully compatible with Futaba ™ S.Bus, Spektrum™ DSM2/DSMX, JR™ XBus, Graupner™, and Jeti™. You may affix receiver in the location shown below using the supplied double sided adhesive tape, and plug in the Sum Bus cable provided.
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Page 9: Propeller Installation
M3 x 8mm step bolt Propeller Orientations It’s important to note the propeller orientations as per drawing below when you are installing propellers.. The Black arrows indicate top propellers and the Red arrows indicate the bottom propellers. © InnoFlight All Rights Reserved. 2016... -
Page 10: Battery Tray Installation
2. To remove battery, pull firmly on the latching mechanism and slide battery out. Latching Mechanism * For best preformancce, we suggest you use 6S lipo battery with capacities ranging from 10,000mAh to 22,000mAh at 15C to 25C © InnoFlight All Rights Reserved. 2016... - Page 11 Panasonic LumixG GH4 camera is shown as an example and is not included. Mount the gimbal assembly and the entire soft mount system to the bottom of the multicopter frame using 8 supplied M2.5 x 8mm bolts as shown below. Use thread locking compound as required © InnoFlight All Rights Reserved. 2016...
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Page 12: Starting/Stopping The Motors
When landing in GPS/Attitude Mode - If the throttle stick is kept below -90% then the motors will turn OFF af- ter 5 seconds however for added safety we suggest you always manually disarm the motors immediately after landing. © InnoFlight All Rights Reserved. 2016... -
Page 13: Magnetometer Calibration
5. Blue and Green LED will stay ON 6. Set the nose pointing up/down and rotate the multicopter for 360° vertically 7. Green LED will blink when completed 8. Reset power to the multicopter © InnoFlight All Rights Reserved. 2016... -
Page 14: Led Status Indicator
Battery is fully charged 3.97V - 4.08V Normal operation 3.85V - 3.96V Recommended first stage warning 3.73V - 3.84V Return to Launch 3.6V - 3.72V Land immediately Less than 3.59V Battery is malfunctioning or damaged © InnoFlight All Rights Reserved. 2016... - Page 15 10kg Battery 6S Lipo at 25C. 10,000mAh to 22,000mAh Endurance up to 15 minutes on 16,000mAh (tested with GH4 and MA1 gimbal) Maximum Output Power 5000W Maximum Wind 12m/s Operating Temperature -10°C to +40°C © InnoFlight All Rights Reserved. 2016...
- Page 16 74mm x 55mm x 14mm at 78g Flight Controller Performance Vertical Tolerance (GPS) ± 0.5m Horizontal Tolerance ± 1.5m Maximum Yaw Angular Velocity 150°/s Maximum Pitch Angle ± 30° Maximum Ascent and Descent Velocity ± 6m/s © InnoFlight All Rights Reserved. 2016...
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Page 17: Part List
We have packaged replacement parts into packs for your convenience should you have the need for repair or replacing of worn out parts. Please refer to the replacement part tables when ordering part packs. To be continued... © InnoFlight All Rights Reserved. 2016... - Page 18 End-users and installers must be provide with antenna installation instructions and transmitter operating conditions for satis- fying RF exposure compliance. NCC STATEMENT 經型式認證合格之低功率射頻電機，非經許可，公司、商號或使用者均不得擅自變更頻率、加大功率 或變更原設計之特性及功能。 低功率射頻電機之使用不得影響飛航安全及干擾合法通信；經發現有干擾現象時，應立即停用，並改 善至無干擾時方得繼續使用。 前項合法通信，指依電信法規定作業之無線電通信。低功率射頻電機須忍受合法通信或工業、科學及 醫療用電波輻射性電機設備之干擾。 本產品內含射頻模組，其NCC刑事認證號碼為： CCAH15LP1880T8 © InnoFlight All Rights Reserved. 2016...
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