TODAMU represents our belief that technology should make people feel excited, not overwhelmed.

Our slogan is: Today Amusing You, Tomorrow Impressing You.

“Today Amusing You” represents the excitement of a first successful takeoff, seeing a live aerial view and capturing a familiar place from a completely new angle.

“Tomorrow Impressing You” represents the experience that develops after the first flight. As pilots become more familiar with their drones, they can explore stable control, useful camera features, GPS functions, screen-controller convenience and more creative ways to record the places and moments that matter to them.

TODAMU is a drone brand focused on practical camera drones, GPS drones, drones with screen controllers, beginner-friendly drones and outdoor aerial imaging products.

Our drones are designed for adults, beginners, travelers, casual creators and outdoor users who want stable flight, straightforward controls, clear live viewing and useful camera functions.

TODAMU focuses on useful drone features without adding unnecessary complexity. Depending on the model, available features may include:

• Controllers with built-in screens
• GPS positioning and Return to Home
• Stable hovering and beginner-friendly controls
• Brushless motors for stronger flight performance
• Mechanical gimbals or electronic image stabilization
• Obstacle sensing and intelligent flight modes
• Foldable designs for travel and storage

Features vary between models. Check the specifications in the individual drone description before ordering.

TODAMU drones are designed for everyday flying scenarios such as travel recording, family activities, outdoor exploration, beginner practice, recreational flying, aerial photography, short-form video creation and light property viewing.

Our goal is to help more users experience aerial imaging without making their first flight feel overly complicated.

Visit our About Us page to learn more about the TODAMU story, product philosophy and the meaning behind our slogan.

The right model depends on where you plan to fly and how much flight assistance you want.

The Wing Lite is a practical option for beginners who want GPS positioning, Return to Home and a controller with a built-in screen.

The H16 is designed for lower-cost, short-range practice, but it does not include GPS Return to Home.

Pilots looking for more advanced camera, obstacle avoidance and long-distance flight features may prefer the Wing One or WindForce X.

Most TODAMU camera drones include a controller with a built-in screen, so a phone is not required for normal flight or live viewing.

Some entry-level models, including the H16, use a phone to display the live camera view. Check the specifications of the individual model before purchasing.

No. GPS availability depends on the model.

GPS-equipped drones can provide more stable outdoor positioning and may support Return to Home, low-battery return and lost-signal return.

Models without GPS rely mainly on optical flow and altitude hold for short-range practice.

GPS positioning uses satellite signals to help the drone maintain its outdoor position and record a home point.

Optical flow positioning uses a downward-facing sensor to detect the surface below the drone. It works best at a lower altitude over a clear, textured and well-lit surface.

Optical flow may be less effective over water, reflective surfaces, plain floors, moving ground or in low-light conditions.

Most TODAMU models are camera drones rather than manual FPV racing drones.

They provide a live camera view through the controller or phone, but they are designed mainly for stable recreational flight, travel recording and aerial photography rather than high-speed FPV freestyle flying.

1. Fully charge the drone and controller batteries.
2. Check that the propellers are undamaged and correctly installed.
3. Remove the camera or gimbal protector.
4. Insert a compatible memory card if you want to record.
5. Place the drone on a flat, open surface.
6. Turn on the drone and controller.
7. Wait until pairing is successfully completed.
8. Check the geomagnetic interference value.
9. Complete compass calibration when required.
10. For GPS models, wait until the home point is recorded.

Do not take off while the controller displays a connection, GPS, compass or calibration warning.

Unfold the drone arms and place the aircraft on a flat surface.

Press the drone power button once, then press and hold it until the drone powers on. Next, turn on the screen controller.

Keep the drone and controller close together while they establish a connection.

Place the drone on a flat, level surface. Turn on the drone and then turn on the controller.

Keep the drone and controller close together and wait while they pair automatically. The connection is complete when the controller displays the live camera view and flight information.

Under normal conditions, no additional settings or manual pairing steps are required.

If the drone or controller has been replaced, or if automatic pairing repeatedly fails, follow the manual re-pairing instructions in the troubleshooting section.

Under normal conditions, you do not need to enter Beginner Settings or manually re-pair the drone and controller each time you fly.

For normal startup, turn on the drone, turn on the controller and wait for them to pair automatically. The connection is complete when the controller displays the live camera view and flight information.

Manual re-pairing is normally required only when:

• The drone has been replaced
• The controller has been replaced
• The drone and controller cannot connect automatically
• The controller is still linked to a different aircraft

In these situations, open Beginner Settings on the controller, remove the previous aircraft connection and then start the pairing process again.

After pairing and all required calibrations are complete, move the left joystick to the lower-left corner and the right joystick to the lower-right corner at the same time.

The motors will begin to rotate. Keep your hands, clothing and loose objects away from the propellers.

No. You do not need to manually calibrate the drone before every takeoff.

However, compass calibration is required after changing to a different flying location, when the controller requests it, or when the geomagnetic interference value rises above 100.

If the geomagnetic interference value exceeds 100, move the drone away from vehicles, large metal objects, reinforced concrete, power lines, communication towers and other possible sources of magnetic interference.

If the value remains above 100, complete compass calibration before takeoff.

Compass calibration may also be required if the drone:

• Shows an incorrect heading
• Drifts or rotates abnormally
• Has been moved a long distance to a new flying area
• Displays a compass or geomagnetic warning

Compass calibration helps the drone determine its heading and respond correctly to the surrounding geomagnetic environment.

Gyroscope calibration helps the drone recognize whether it is level and supports stable attitude control.

Compass calibration is required when the geomagnetic interference value exceeds 100, after changing flying locations, or when requested by the controller.

Gyroscope calibration should be performed on a flat, level and stationary surface when requested by the controller or when the drone does not remain level.

Start in a wide, open area with no trees, buildings, vehicles, crowds, power lines or other obstacles nearby.

Keep the drone close, use a lower speed setting and practise takeoff, hovering, turning and landing before attempting long-distance or automatic flight modes.

When learning direction control, stand behind the drone with its rear facing you. This makes the joystick directions easier to understand.

A and B propellers rotate in different directions. Each propeller must match the corresponding A or B marking on the motor arm.

Installing the wrong propeller may cause the drone to flip over, fail to lift off or become unstable during takeoff.

Turn off the drone and remove the battery before replacing a propeller. Secure the screw firmly, but do not overtighten it.

Return to Home, or RTH, allows a GPS-equipped drone to fly back toward its recorded takeoff point.

Depending on the model and flight conditions, RTH may be activated manually, when the battery becomes low or when the connection between the drone and controller is lost.

Return to Home is a flight-assistance function. It does not guarantee that the drone will avoid every obstacle or return successfully in every situation.

Yes. TODAMU GPS-equipped drones automatically activate Return to Home when the connection between the drone and controller is lost.

The drone also activates low-battery Return to Home when the battery reaches the low-battery return level.

For better return accuracy, wait for a stable GPS signal before takeoff and set the Return to Home altitude higher than nearby trees, buildings, poles and other obstacles.

The RTH altitude should be higher than nearby trees, buildings, poles and other obstacles.

If the altitude is set too low, the drone may encounter an obstacle while flying back.

Inspect the surrounding area before takeoff and do not rely entirely on obstacle avoidance during an automatic return.

The Todamu drone obstacle avoidance unit is mainly designed to assist while the pilot manually controls the drone with the joysticks.

Do not rely on it during Return to Home, Follow Me, Orbit or other automatic flight modes.

Set a safe return altitude and make sure the planned return route is clear before takeoff.

Connecting the controller to a network is different from pairing the controller with the drone.

1. Turn on your phone’s personal hotspot.
2. Set the hotspot frequency to 2.4 GHz.
3. Open the network or Wi-Fi settings on the controller.
4. Select the phone hotspot and enter the password.
5. Wait until the controller confirms that it is connected.
6. Open the map while the controller has internet access.

The controller can load and cache the local map for later use. It is best to load the map before travelling to an area without internet access.

The controller map may show the drone’s last recorded position, which can help narrow down the search area.

However, the controller is not a separate real-time GPS tracking device and cannot guarantee that the drone will be found.

Keep the drone within visual range and begin returning before the battery reaches a critically low level.

Open the protective cover on top of the drone and insert the obstacle avoidance unit firmly into the corresponding port.

After the drone is powered on, the sensor unit may rotate or move, indicating that it has received power.

During manual flight, the sensor checks the area in front of the drone. When an obstacle is detected, the drone may stop, rise or adjust its movement to reduce the chance of a direct collision.

Some type of TODAMU drones support multi-directional or 360° obstacle avoidance, helping detect surrounding obstacles and reduce collision risks during flight.

Depending on the model, the sensing system can monitor the front, rear, left and right sides of the drone. When an obstacle is detected within the effective sensing range, the drone may stop, rise or adjust its flight path automatically.

Obstacle avoidance performs best during normal-speed flight in clear, well-lit environments. Detection performance may vary depending on lighting, flight speed, distance and the size or surface of the obstacle.

Some TODAMU drones feature an enclosed body design with a certain level of dust and water resistance, helping protect the internal components during outdoor use.

Depending on the model, this protective design can provide greater resistance to light moisture, light rain, snowflakes and changing outdoor conditions than a standard open-body drone.

Water resistance varies by model and should not be understood as complete waterproofing. Avoid prolonged exposure to heavy rain, immersion in water, saltwater, storms or severe weather conditions.

If the drone becomes wet, turn it off, remove the battery and allow the drone to dry completely before charging or flying again.

Automatic flight modes such as Follow Me, Orbit and Return to Home work best in open areas with sufficient space around the drone.

Before activating an automatic flight mode, check the surrounding area and make sure the planned flight path is clear of trees, buildings, poles and other obstacles.