Brand | DUMBORC |
---|---|
Manufacturer | DUMBORC |
Model Name | X6 |
Part Number | 20190330 |
Special features | Portable |
Power source type | Battery Powered |
Battery Description | Lithium |
Batteries included | No |
Batteries Required | Yes |
Connector Type | USB |
Material Type | Metal |
Manufacturer | DUMBORC |
Manufacturer reference | 20190330 |
Product Dimensions | 23.49 x 19.51 x 11.71 cm; 531 g |
ASIN | B07Q112TQF |
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DUMBORC-X6 2.4Ghz 6 Channel RC Transmitter with Gyro Inside Receiver Low Power Alarm and Out of Control Protections Radio Controller for Remote Car/Boat/Tank Mixed Mode Remote Controller
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About this item
- <b>Used For :</b>DUMBORC X6 Transmitter perfect used for RC Car Boat Tank model,2.4GHz Frequency and 3ms Receiver responses. Stable control your model 400-500M, make good works and protect when it out of control
- <b> Low Power Alarm / Three Power Charging Modes of Remote Controller :</b> This is a good fuctions for buyers ,when the transmitter lower power,low voltage warning: 7.4V/4.8V,It can effectively protect your battery. and it's very convenient for buyer , it contains 3 modes for charging :1.5V A * 4 Dry Battery / USB Power Port / Lithium Battery Socket.
- <b>Mixed Model Can Be Used:</b>Each of 3 channels can be set respectively, supporting mixed control of 1 and 2 channels. It's a great feature for DIY Models,Support gyro sensitivity adjustment.
- <b>Unique Throttle Speed Limit Adjustment Function:</b>suitable for beginners practice in a safe speed.Package: 1 x Remote Controller 1 x Reciver 1 x User Manual
- <b>After-sales</b>:TIPS: When the throttle doesn't work in reverse, pls check if it is full charge , try to reprograming and check your ESC ,it must be two-way ESC. Pls check the "sub-trim for steering/Throttle" at 0 and "EPA for steering /Throttle" at 80. .Please feel free to contact us any troubles.
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This Item DUMBORC-X6 2.4Ghz 6 Channel RC Transmitter with Gyro Inside Receiver Low Power Alarm and Out of Control Protections Radio Controller for Remote Car/Boat/Tank Mixed Mode Remote Controller | Recommendations | dummy | dummy | dummy | dummy | |
Try again! Added to Cart | Try again! Added to Cart | Try again! Added to Cart | Try again! Added to Cart | Try again! Added to Cart | Try again! Added to Cart | |
Price | $65.54$65.54 | $52.99$52.99 | $429.99$429.99 | $69.99$69.99 | $50.99$50.99 | $50.99$50.99 |
Delivery | FREE Delivery | Get it Jul 26 - Aug 19 | Get it by Tuesday, Jul 9 | Get it by Tuesday, Jul 9 | Get it by Tuesday, Jul 9 | Get it by Tuesday, Jul 9 |
Customer ratings | ||||||
Sold by | RC Radio Hobby | INJORA Official Direct | RadioLink Canada | XIWIYI | INJORA Official Direct | Xinzhemaoyi |
power source | Battery Powered | Battery Powered | Battery Powered | Battery Powered | Battery Powered | Battery Powered |
batteries included | ✗ | ✗ | ✓ | ✗ | ✗ | ✗ |
control method | remote | touch | remote, touch | remote | remote | remote |
material | Metal | Aluminum | Plastic | Plastic | Aluminum | — |
weight | 531 grams | 0.4 pounds | 0.96 pounds | 0.87 pounds | 0.88 pounds | 1 pounds |
Looking for specific info?
Product description
Specification:
Brand: DUMBORC
Item No.: X6(transmitter), X6F(receiver WITHOUT GYRO)
Feature:
1. Gun style remote controller: Realize one-handed control, easy to operate without difficulty.
2. 2.4GHZ transmission: Anti-interference, remote control distance can reach 500 meters.
3. Three power supply modes: 1.5V A * 4 Dry Battery / USB Power Port / Lithium Battery Socket (any interface form of any lithium battery, as long as the battery size and interface size are applicable).
4. Low power alarm of remote controller: When the remote controller is predicted to be disconnected from the cars/boats/tanks, the remote controller can be driven back safely in advance, thus effectively avoiding the trouble of product loss or salvage.
5. Throttle direction / steering direction can be switched: The direction of throttle and steering control can be switched according to the usage habits of users, thus being more suitable for people.
6. Throttle sensitivity fine adjustment of motor differential speed.
7. Forward, back and steering proportional speed change: Realize different needs and experiences of sailing speed.
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Product information
Technical Details
Additional Information
Date First Available | Aug. 8 2019 |
---|---|
Customer Reviews |
4.6 out of 5 stars |
Best Sellers Rank | #26,132 in Toys & Games (See Top 100 in Toys & Games) #13 in Radio Control Receivers |
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DUMBORC-X6 2.4Ghz 6 Channel RC Transmitter with Gyro Inside Receiver Low Power Alarm and Out of Control Protections Radio Controller for Remote Car/Boat/Tank Mixed Mode Remote Controller
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PRO: 6 channels. Interference resistant. Steering mix. Long communications range. Low price.
CON: The instructions need improvement.
Here's a real surprise: The DumboRC 6 channel system works like a champ! At this price I didn't expect such quality and versatility.
First, there's really 6 channels: throttle, steering, channel 3 on/off, channel 4 high-medium-low, channel 5 and 6 are dials from zero to high. If you're doing any experimentation with radio control, channels 5 and 6 really come in handy for extra servos (like pointing a camera or turning a winch) I use channels 5 & 6 for tilt and lift of my RC robot forklift.
Especially attractive - the transmitter has built-in steering mix. So I can control my two-motor forklift (or model tank, or dual-propeller motorboat) without adding a V-tail mixer.
The DumboRC works fine for me, with great range (well beyond 200 feet), and surprising resistance to interference from wifi and camera transmitters. Both my Futaba 4PL and FlySky FS-GT5 often stutter or shut down when I use three 1.2GHz cameras (interference from harmonics); the DumboRC receiver never skipped a beat.
When I first installed the receiver, I thought that it did not have a gyro. But I was wrong! The label attached to the receiver "X6F" implies that there is no gyro. But after contacting the manufacturer, I learned that they had mis-labeled the receiver. I tested the receiver, and find that yes, the receiver does have a built-in gyro. And I tested the gyro action -- it does work properly in fast-steering situations.
The receiver requires voltage input on one (or more) of the six sets of servo pins -- which is to say, there is no separate power input for the receiver. Also, the button on the receiver for binding is tiny, and difficult to reach. However, the receiver and transmitter arrived from Amazon already binded (bound?), so it wasn't necessary to go through the binding procedure.
I use 4 Eneloop rechargeable AA batteries in the transmitter.
UPDATE 2019-Nov-6 After 2 weeks of use, I've fine-tuned the DumboRC system and it works sweetly. My previous FlySky and Futaba surface controllers have LCD displays, a multitude of adjustments, and memory for different vehicles. But neither offers the versatility of 6-channel control, steering-mix, and the simple setup of this DumboRC. This is now my first choice surface controller and receiver.
Sadly, the instructions are minimal, and need improvement. Here are my instructions to myself -- I hope you find them useful:
How to bind the DumboRC transmitter to the Receiver:
1: connect the receiver to power:
1a: +5 volts (red wire) goes to any middle pin
1b: -5volts (black wire) to any pin close to the receiver's edge (farthest from the antenna)
2: Turn on the transmitter.
3: To bind the receiver, find the tiny black button in the hole next to the antenna. Use a paperclip to hold the button down for 1 or 2 seconds. 3a: The green LED should blink for a few seconds while it binds to the transmitter. Then the LED should be steady.
How to turn on and off the DumboRC receiver gyro:
1) connect the receiver to power. The green LED should be lit.
2) with a paperclip, push the little button next to the antenna three times in quick succession.
3) The red LED should blink and then remain on -- meaning that the gyro is activated (both red and green LEDs will be lit)
4) Again, push the button three times, and the red LED will turn off - disabling the gyro.
5) It's important that the receiver be mounted horizontally on your car -- I had mounted the receiver vertically, and did not detect any gyro action when steering.
Here's how to get into settings mode (for the "upgraded" version):
1: turn off the transmitter.
2: pull the throttle/trigger all the way backwards (against the handle-stop).
3: twist the steering wheel full counterclockwise.
4: with the trigger backwards and steering ccw, turn on the power.
5: let go of the steering wheel and throttle/trigger.
6: push the Channel 3 button (below the trigger)
7: the top light should start blinking.
8: now, with the top light blinking, you can reset the neutral position of trigger and steering in 3 steps :
8a: twist the steering full cw, then full ccw, then let go
8b: pull the trigger full backwards, full forwards, then let go.
8c: turn off the power switch.
You must do steps 8a, 8b, and 8c, or else your RC model may not drive backwards, or may not go forwards!
How to set the direction, zero point, and sensitivity for the throttle and the steering:
Open the top cover to find two slide switches, and four knobs. The left switch and 2 left knobs are for steering. The right hand switch and 2 right knobs are for throttle.
Set the top left switch for either normal or reverse steering. (really, changes the direction of the steering wheel). Set the middle-left knob for the zero-point of steering (just point its arrow straight up at first). Set the lower-left knob for the steering limits (start with it pointing straight up, adjust as you please)
Set the top right switch for either normal or reverse throttle (just changes what happens when you push or pull the finger-trigger). Set the middle-right knob so that your model does not move when the trigger is in the neutral position. Set the bottom-right knob to control the speed limit of the trigger.
You can change between ordinary throttle-steering to mixed steering-throttle ("dual-motors" or "tank" or "v-tail").
Normal steering mode means the finger-trigger will control one servo for the speed. The steering wheel will control a second servo which turns the steering mechanism.
Mixed steering mode is for a model with two motors - a one motor driving the left side of the model and motor on the right side (think of a military tank). With mixed mode, the finger-trigger controls the speed of the model, and the steering wheel controls the speed difference between the left and right motors.
To change from normal to mixed steering mode, do this:
1: turn off the transmitter.
2: pull the throttle/trigger all the way forward (towards the front of the transmitter).
3: twist the steering wheel full clockwise.
4: with the trigger frontwards and steering CW, turn on the power.
4a: the LED on top should blink red-blue.
5: let go of the steering wheel and throttle/trigger.
6: pull the trigger all the way backwards (against the handle-stop)
6a: the top LED should change to solid color:
6b: if the LED is blue, then you have normal steering
6c: if the LED is red, then you have mix steering ("tank" or "v-tail")
7: set the top switches:
top left switch is steering normal/reverse
top right switch is throttle/trigger normal/reverse
8: set the steering & throttle
Note added 2021-Aug-24 -- Still *really* happy with this! I've used this daily for almost 2 years to control my r/c forklift. It continues to work fine. I try to be gentle with it, but it's been dropped and kicked about -- still keeps working. You can run the transmitter from a USB charger (Use a USB micro cable). So I now normally have the transmitter connected to a USB power supply. I leave 4 batteries in there -- the sliding power switch just activates the batteries (if I walk away from the USB cable).
Another note, added 2024-Feb-4: Last week, I stepped on the controller and broke the trigger! I bought a replacement set, and have just transplanted the trigger from the new unit to the old one. So the original transmitter and receiver are still working, and going strong! I use this pretty much every day in my home business.
Reviewed in the United States on November 1, 2019
PRO: 6 channels. Interference resistant. Steering mix. Long communications range. Low price.
CON: The instructions need improvement.
Here's a real surprise: The DumboRC 6 channel system works like a champ! At this price I didn't expect such quality and versatility.
First, there's really 6 channels: throttle, steering, channel 3 on/off, channel 4 high-medium-low, channel 5 and 6 are dials from zero to high. If you're doing any experimentation with radio control, channels 5 and 6 really come in handy for extra servos (like pointing a camera or turning a winch) I use channels 5 & 6 for tilt and lift of my RC robot forklift.
Especially attractive - the transmitter has built-in steering mix. So I can control my two-motor forklift (or model tank, or dual-propeller motorboat) without adding a V-tail mixer.
The DumboRC works fine for me, with great range (well beyond 200 feet), and surprising resistance to interference from wifi and camera transmitters. Both my Futaba 4PL and FlySky FS-GT5 often stutter or shut down when I use three 1.2GHz cameras (interference from harmonics); the DumboRC receiver never skipped a beat.
When I first installed the receiver, I thought that it did not have a gyro. But I was wrong! The label attached to the receiver "X6F" implies that there is no gyro. But after contacting the manufacturer, I learned that they had mis-labeled the receiver. I tested the receiver, and find that yes, the receiver does have a built-in gyro. And I tested the gyro action -- it does work properly in fast-steering situations.
The receiver requires voltage input on one (or more) of the six sets of servo pins -- which is to say, there is no separate power input for the receiver. Also, the button on the receiver for binding is tiny, and difficult to reach. However, the receiver and transmitter arrived from Amazon already binded (bound?), so it wasn't necessary to go through the binding procedure.
I use 4 Eneloop rechargeable AA batteries in the transmitter.
UPDATE 2019-Nov-6 After 2 weeks of use, I've fine-tuned the DumboRC system and it works sweetly. My previous FlySky and Futaba surface controllers have LCD displays, a multitude of adjustments, and memory for different vehicles. But neither offers the versatility of 6-channel control, steering-mix, and the simple setup of this DumboRC. This is now my first choice surface controller and receiver.
Sadly, the instructions are minimal, and need improvement. Here are my instructions to myself -- I hope you find them useful:
How to bind the DumboRC transmitter to the Receiver:
1: connect the receiver to power:
1a: +5 volts (red wire) goes to any middle pin
1b: -5volts (black wire) to any pin close to the receiver's edge (farthest from the antenna)
2: Turn on the transmitter.
3: To bind the receiver, find the tiny black button in the hole next to the antenna. Use a paperclip to hold the button down for 1 or 2 seconds. 3a: The green LED should blink for a few seconds while it binds to the transmitter. Then the LED should be steady.
How to turn on and off the DumboRC receiver gyro:
1) connect the receiver to power. The green LED should be lit.
2) with a paperclip, push the little button next to the antenna three times in quick succession.
3) The red LED should blink and then remain on -- meaning that the gyro is activated (both red and green LEDs will be lit)
4) Again, push the button three times, and the red LED will turn off - disabling the gyro.
5) It's important that the receiver be mounted horizontally on your car -- I had mounted the receiver vertically, and did not detect any gyro action when steering.
Here's how to get into settings mode (for the "upgraded" version):
1: turn off the transmitter.
2: pull the throttle/trigger all the way backwards (against the handle-stop).
3: twist the steering wheel full counterclockwise.
4: with the trigger backwards and steering ccw, turn on the power.
5: let go of the steering wheel and throttle/trigger.
6: push the Channel 3 button (below the trigger)
7: the top light should start blinking.
8: now, with the top light blinking, you can reset the neutral position of trigger and steering in 3 steps :
8a: twist the steering full cw, then full ccw, then let go
8b: pull the trigger full backwards, full forwards, then let go.
8c: turn off the power switch.
You must do steps 8a, 8b, and 8c, or else your RC model may not drive backwards, or may not go forwards!
How to set the direction, zero point, and sensitivity for the throttle and the steering:
Open the top cover to find two slide switches, and four knobs. The left switch and 2 left knobs are for steering. The right hand switch and 2 right knobs are for throttle.
Set the top left switch for either normal or reverse steering. (really, changes the direction of the steering wheel). Set the middle-left knob for the zero-point of steering (just point its arrow straight up at first). Set the lower-left knob for the steering limits (start with it pointing straight up, adjust as you please)
Set the top right switch for either normal or reverse throttle (just changes what happens when you push or pull the finger-trigger). Set the middle-right knob so that your model does not move when the trigger is in the neutral position. Set the bottom-right knob to control the speed limit of the trigger.
You can change between ordinary throttle-steering to mixed steering-throttle ("dual-motors" or "tank" or "v-tail").
Normal steering mode means the finger-trigger will control one servo for the speed. The steering wheel will control a second servo which turns the steering mechanism.
Mixed steering mode is for a model with two motors - a one motor driving the left side of the model and motor on the right side (think of a military tank). With mixed mode, the finger-trigger controls the speed of the model, and the steering wheel controls the speed difference between the left and right motors.
To change from normal to mixed steering mode, do this:
1: turn off the transmitter.
2: pull the throttle/trigger all the way forward (towards the front of the transmitter).
3: twist the steering wheel full clockwise.
4: with the trigger frontwards and steering CW, turn on the power.
4a: the LED on top should blink red-blue.
5: let go of the steering wheel and throttle/trigger.
6: pull the trigger all the way backwards (against the handle-stop)
6a: the top LED should change to solid color:
6b: if the LED is blue, then you have normal steering
6c: if the LED is red, then you have mix steering ("tank" or "v-tail")
7: set the top switches:
top left switch is steering normal/reverse
top right switch is throttle/trigger normal/reverse
8: set the steering & throttle
Note added 2021-Aug-24 -- Still *really* happy with this! I've used this daily for almost 2 years to control my r/c forklift. It continues to work fine. I try to be gentle with it, but it's been dropped and kicked about -- still keeps working. You can run the transmitter from a USB charger (Use a USB micro cable). So I now normally have the transmitter connected to a USB power supply. I leave 4 batteries in there -- the sliding power switch just activates the batteries (if I walk away from the USB cable).
Another note, added 2024-Feb-4: Last week, I stepped on the controller and broke the trigger! I bought a replacement set, and have just transplanted the trigger from the new unit to the old one. So the original transmitter and receiver are still working, and going strong! I use this pretty much every day in my home business.
This is definitely the best radio controller I've ever use and it's nice a cheap but very high quality
Yous be crazy not to buy and you'd really be missing out. 10 time out of 10 would buy
It's just the best
Reviewed in the United States on June 18, 2024