What to do if MODSTER EC-135 aircraft cannot be unlocked?
If your MODSTER Toy aircraft cannot be unlocked and the indicator light flashes red rapidly, it means the battery voltage is too low. Fully charge the battery to resolve this issue.
How to fix severe shaking in MODSTER EC-135?
If the MODSTER Toy aircraft experiences severe shaking, check for damaged rotor blades and replace them with new ones. Also, inspect the main shaft and cross-axis for any bending, and replace them promptly if needed.
What to do if MODSTER EC-135 Toy has no response after power on?
If there is no response from the MODSTER Toy helicopter after powering it on and the light is flashing slowly, rebind the frequency. Make sure to place the aircraft horizontally during rebinding.
Why is MODSTER EC-135 flight unstable in strong wind?
If you experience unstable flight with your MODSTER Toy in strong wind conditions, fly in appropriate weather conditions. The aircraft is suitable for flying in wind conditions up to level 4.
Why MODSTER EC-135 Toy indicator light keeps flashing rapidly?
If the indicator light keeps flashing rapidly after powering on the MODSTER Toy aircraft, it means the aircraft is in gyroscope self-checking state. Place the aircraft on a stationary and flat surface.
What does slow flashing green light mean on MODSTER Toy?
If you observe a slow flashing green light in downward vision flight mode on your MODSTER Toy, the ground environment may be affecting the performance of the downward vision system. Try testing in a different environment.
Why no power-on sound when connecting power to MODSTER EC-135 Toy?
If there is no power-on sound when connecting power to the MODSTER Toy helicopter, the speed controller may be faulty or the plug connection is poor. Replace the speed controller and inspect the plug for timely replacement.
General| Brand | MODSTER |
|---|---|
| Model | EC-135 |
| Material | Plastic |
| Main Rotor Material | Plastic |
| Tail Rotor Material | Plastic |
| Age Range | 14+ |
| Channels | 4 |
| Remote Control | 2.4GHz |
| LED Lights | Yes |
| Battery | 3.7V LiPo |
| Charging Time | Approx. 60 minutes |
| Functions | Up/Down, Left/Right, Forward/Backward |
Recommends minimum age 14, advises on space, chemicals, small parts, water, and ingestion hazards.
Covers low voltage operation, LED beam caution, hot components, rotor blade safety, weather, distances, and pre-flight checks.
Lists included items and provides contact details for missing or damaged parts.
Details precautions for high cell count batteries, insulation, and electric shock hazards.
Warns about flammable electrolyte, fire extinguishing methods, and eye contact.
Covers temperature limits, sunlight, microwave use, fireproof storage, impact protection, and disposal of damaged batteries.
Prohibits charging on flammable surfaces, near gases, or unattended, and warns about model fire risk.
Mandates using manufacturer-approved chargers and the CC-CV charging procedure for lithium batteries.
Explains charging phases, voltage, current, duration, and final completion indicators.
Suggests a lower current (0.3-0.5C) for the first charge to improve balancing and battery life.
Describes how the voltage sensor cable monitors and equalizes individual cell voltages during charging.
Specifies rated voltage per cell and end-of-charge voltage with tolerance.
Explains how charge rates affect battery lifetime and cycle count.
Defines C-rating and how to calculate discharge current from capacity.
Provides calculation examples for 25C, 30C, and 45C batteries.
Sets minimum discharge voltage (3V/cell) and maximum charging/discharging temperatures.
Explains how temperatures below 10-15°C and above 35-40°C reduce removable capacity.
Warns against exceeding max cell temperatures to prevent damage, explosion, or fire.
Covers low self-discharge, storage voltage (3.8-3.9V), cycle life, and extending battery life.
Notes no memory effect, interconnecting challenges, and proper disposal methods.
Stresses reading the manual, prudent operation, adult supervision, and avoiding product damage/injury.
Covers age, space, chemicals, water, ingestion, low voltage, LEDs, hot parts, rotor blades, weather, distances, and pre-flight checks.
Emphasizes using compatible chargers and charging away from flammables.
Prohibits charging damaged/altered batteries, using hot batteries, and outlines critical usage rules.
Advises against long-term storage at full or low charge; recommends 3.7V for storage.
Lists length, height, weight, rotor diameters, motors, and battery specifications.
Indicates flight duration and key battery parameters (7.4V 1200mAh 25C).
Details connecting the USB cable and interpreting charging status indicators.
Suggests using a 5V 2A adapter for optimal charging.
Identifies battery housing parts like the clip, socket, level indicator, and connector.
Shows trim buttons, power switch, joysticks, pitch setting, and one-key inverted function.
Describes Manual Mode, Optical Flow, locking, mode switching, frequency pairing, and calibration buttons.
Explains default Mode 2, how to switch to Mode 1, and trim sensitivity adjustment.
Illustrates control stick assignments for Mode 1 (right-hand throttle) and Mode 2 (left-hand throttle).
Details pre-bound status, steps for binding, and confirmation signals.
Explains the meaning of various flashing and solid light patterns on the aircraft.
Guides on calibrating the gyroscope using joystick movements on a level surface.
Describes the procedure for starting the motor and lifting off.
Provides two methods for safely stopping the motor after flight.
Explains how to lock and unlock the aircraft and associated warnings.
Identifies sockets for headlights, tail lights, status indicators, servos, and vision system.
Highlights the vision system's auxiliary nature, user awareness, and responsibility during flight.
Details the 8m altitude limit, risks with rooftops, and lists 7 scenarios where the vision system may fail.
Explains how to enter Manual Mode, its features, and how to return to Optical Flow mode.
Describes how to initiate, control during, and cancel the one-key landing feature.
Details how to activate, control, and exit inverted flight for 3D aerobatics.
Explains that pitch setting is needed after component replacement for stable flight.
Outlines the steps involving button presses and servo adjustments for correct pitch.
Recommends seeking guidance from an experienced person for pitch setting to avoid performance issues.
Addresses problems like rapid flashing lights, tilting, and severe shaking, with solutions.
Covers issues such as unlocking failures, unstable flight, no response, and vision mode problems with solutions.
Solves problems related to no power sound and continuous beeping from the remote control.
Provides company details, product number, EAN, and CE mark.
Lists harmonised standards (EN series) followed for compliance.
Mentions compliance with RED Directive, RoHS, and WEEE directives.
States the place of issue, date, and the name/title of the responsible person.
To Next Page
