Feima Robotics J.ME Quick Start Manual

Hide thumbs

Table Of Contents

Table of Contents

Quick Links

Download this manual

Quickstart Guide V 1.0

Table of Contents

Summary of Contents for Feima Robotics J.ME

Page 2 Requirements for Flight Environment 1. Never fly in bad weather conditions, such as gale (Grade 4 or higher), snow, rain and fog. 2. Fly in broad space with no tall buildings nearby, for reinforced concrete buildings will affect compass and shield GPS signal, which finally results in unsafe flight due to poor positioning performance or failure in positioning.
Page 3 About your J.ME The head The tail ① Two axial stabilized cloud platform ⑥ Optical flow module ⑪Status indicator ② Blade ⑦ Built-in microphone ⑫ USB interface ③ Power motor ⑧ Intelligent battery ⑬ Power key ④ Obstacle avoidance module ⑨...
Page 4 Preparation Downloading APP J.ME Fly J.ME Fly is the supporting intelligent APP developed for intelligent aircraft J.ME and the user can realize various functions of aircraft with J.ME Fly, such as intelligent flight control, shooting and recording, photo and video editing and social sharing; it can bring the user with unprecedented perfect intelligent flying experience.
Page 5 Battery Power Check Short press the power checking button and the power indicator will display the current battery volume. Green on 91%~100% Green flashing 76%~90% Yellow on 61%~75% Yellow flashing 46%~60% Red on 31%~45% Red flashing 16%~30% Red quick flashing 0%~15% The intelligent battery is provided with 1 power checking button and one 3-color LED indicator as well as battery cell protection function so that the corresponding countermeasures will be done in...
Page 6 If it displays abnormal connection, please reconfirm Wi-Fi connection status. Compass Calibration Calibrate the compass each time after starting up J.ME power supply; otherwise, the system may not be able to work normally and it may affect flight safety; the compass can be disturbed by other electronic equipment easily, resulting in abnormal data, affecting flight and even causing flight accident.
Page 7 Calibration Steps Please select an open site and calibrate based on steps below. 1. Enter J.ME FLY setting interface, select the “enter flying setting page” at top right corner and slide to “compass calibration” interface to calibrate. 2. Click “Start Calibration”; if the red aircraft status indicator becomes normally on, the compass calibration procedure starts and then operate following coordinate in the diagram below and following steps.
Page 8 Connected Intelligent flight Return flight Landing...
Page 9 GPS information status: GPS icon is used for displaying strength of GPS signal; if the GPS satellites reach 12 grids or above, the aircraft will enter safe flying status. Distance: The horizontal distance between aircraft and return point Connection status of aircraft: It is used for identifying connection status between APP and aircraft.
Page 10 Operation Setting Interface Control Mode Control Setting Operation sensitivity American Japanese Forward Right Left Right Left Back Down Camera Setting Interface Shooting setting Shooting mode Standard Black & white negative film Shooting effect Video format Shooting mode: Under shooting mode, the camera can be set as single shooting , 3, 5 and 7 times continuous shooting mode 5, 10, 15 and 20 s timing shooting mode...
Page 11 1. Put the aircraft on flat and smooth ground and face to the aircraft end. 2. Start up the aircraft. 3. Operate J.ME FLY App, connect mobile equipment and enter J.ME FLY control interface. 4. Calibrate magnetometer. 5. After the aircraft GPS signal is normal (it is suggested the GPS satellites is more than 12), enter safe flight mode;...
Page 12 Instant Take-Off Use instant take-off function following the steps below: 1. Open J.ME FLY APP to enter the main interface; 2. Confirm the GPS satellites of aircraft reaches 12 or above at outdoor environment. 3. Before flying, check the aircraft based on interface tips;...
Page 13 Besides the above commands, the user can also click in mobile phone APP to start chatting; after the user enters voice chat mode, J.ME will close flight function and APP will be unable to connect J.ME. Long press the power key of aircraft and J.ME can also enter or exit voice chat...
Page 14 Aerial Shooting Tips and Skills Check the aircraft before flight; Shoot under safe flight status; Shoot on sunny and breezeless days; Set camera based on shooting demand, for example, photo format and exposure rate. Before flying, test flight to plan air line and find a view. While flying, push the rod at the smallest extent to keep aircraft flying stably.
Page 15 Parameters Aircraft Weight (including battery): About 550 g Dimensions (excluding 169 mm  169 mm  70 mm propeller): Max. applied altitude: 3,500 mm Endurance: 23 min Working ambient temperature: -10 ℃ ~ + 40 ℃ Max. wind bearing grade: Hovering under Grade 4 (5.5 m/s ~ 8.3 m/s) Positioning system: Outdoor: GPS/ GLON ASS/ Beidou three-mode satellite...
Page 16 LiIon 4S Working ambient environment: -10℃ ~ 40℃ Charging restriction voltage: 16.8 V App Name: J.ME Fly Real-time image transmission: 1,280  720 @ 30 fps Time delay: 150 ms (subject to real shooting environment and mobile equipment) System Requirements...
Page 17 Warranty Card Purchase Information Serial No.: Date of purchase: Dealer: Tel.: Add. User: Tel.: Add.: Maintenance Records Repair Date Fault and Repair If any maintenance service is needed, please feel free to call your dealer or contact the customer service staffs via: E-mail: J.ME_service @ feimarobotics.com Hotline: 4008 109891...
Page 18 Warranty Instructions 1. Please read the following warranty articles and clauses carefully to ensure warranty. (1) The warranty for aircraft (excluding propeller) and battery remains valid for 12 and 6 months as of date of purchase; in case of maintenance needed, the user should provide this warranty card and valid purchase certificate (for example, invoice).
Page 19 Packing List of J.ME Before using the product, please check if the product package includes all the following articles/. In case of any omission, please feel free to contact your dealer. J.ME body  1 Propeller  4 Propeller fixing clamp  1 Intelligent battery 1...
Page 20 Safety Instruction of Battery Disclaimer This Manual is applicable to J.ME aircraft battery produced by Shenzhen Feima Robotics Co., Ltd. (hereinafter referred to as “this Product”) and sets down the operation and maintenance safety of this Product. Prior to use, please read through the instructions and warnings stated herein and use this Product in a standard manner.
Page 21 power off since battery installation and uninstalling when it is powered on may damage power interface. 4. Use this Product at -10℃-40℃ ambient temperature because too high temperature (higher than 75 ℃) may lead to fire and even explosion. Moreover, too low temperature (lower than -10℃) may seriously damage this Product.
Page 22 Product and charger with alcohol or other combustible agent or use a damaged charger. Storage & Transportation 1. Keep this Product beyond children's reach. If children swallow it by accident, see a doctor immediately. 2. Never save this Product near heat source, such as direct sunshine or in vehicle, fire source or heating furnace in hot summer days.
Page 23 2. Never apply this Product to any unmatched aircraft. 3. If this Product or aircraft enters low power alarm mode, land and stop flying immediately; change a new battery or charge this battery after it cools naturally. Charging This Product will stop charging automatically after it is fully discharged. Disconnect this Product and charger after this Product is fully charged.
Page 24 You are seen as having acknowledged all the contents stated herein once using this Product! This product refers to the small UAV developed by Shenzhen Feima Robotics Co., Ltd. (hereinafter referred to as “the Company”) for adults. It supports the outdoor or indoor flight within the scope allowed by laws and safety regulations.
Page 25 abnormality is not discovered by the operator who fails to check before flight or notice during flight or the operator still uses it regardless of the discovery; Poor operation of aircraft due to natural wearing, corrosion or line aging; The operator’s damage caused by the infringement of any data, audio or video obtained via using the aircraft and auxiliary APP;...
Page 26 The intellectual property of this Product and the manual shall be owned by Shenzhen Feima Robotics Co., Ltd. Any organization or individual, without written permission, is not allowed to duplicate, reprint or release them in any form or by any means. Any quotation or publication should be stated with reference.
Page 27 § 15.19 Labelling requirements. This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.