Ascent-18 Brushed Electric Rock Crawler User Manual

Ascent-18 Brushed Electric Rock Crawler

Product Information

• Specifications
  • Number of Channels: 4
  • Use: Surface use only
  • RF Maximum Power: 2.4GHz ISM 300m (Ground Distance w/o Interference)
  • Channel Resolution: 1024
  • Input Power: (4x) 1.5AA batteries
  • Low Voltage Alarm: Yes

Product Usage Instructions

• Powering On the Transmitter
  • Insert four 1.5AA batteries into the transmitter to power it on.
• Channel Selection
  • Choose one of the four channels available on the transmitter for your operation.
• Frequency Range Adjustment
  • The radio system operates in the frequency range of 2.405 to 2.475GHz. Ensure your model is compatible with this frequency range.
• Low Voltage Alarm
  • Monitor the low-voltage alarm to ensure the transmitter is powered adequately.

FAQs

• Q: Can this radio system be used for aerial models?
  • A: No, this radio system is designed for surface use only.
• Q: How many channels does the transmitter have?
  • A: The transmitter has four channels available for selection.
• Q: What type of batteries does the transmitter require?
  • A: The transmitter requires four 1.5AA batteries for power.

Warnings

• AGE WARNING! You must be 14 years of age or older to operate this vehicle. It is the buyer’s responsibility to ensure that this product is safely operated. This radio-controlled (RC) vehicle is not a toy. It is the responsibility of the parents or guardian to ensure that minors receive appropriate guidance and supervision when operating or working on this product
• The buyer assumes all risks associated with the use of this product Namero LLC d/b/a Redcat Racing and their retail partners, dealers, distributors, manufacturers and affiliates cannot control the use and operation of this product and as such shall not be held responsible or liable for any injury, accident or damage resulting from the use of this product.
• Always perform a prerun inspection to ensure that there is no damage and that screws and wheel nuts are secure. If damage is found, repair or replace before use.
• Fully read the instructions, manuals and warnings that come with your RC vehicle and any accessories required to operate the product.
• Never operate your RC vehicles on public roads, near bystanders, children, pets other animals. Never lose sight of your vehicle while it is in operation and always leave a safe distance around your RC vehicles when driving so that in the event you lose control you don’t damage the vehicle, hurt yourself or others. Always keep clear of the wheels or other moving parts on the vehicle and never attempt to pick up the vehicle if the wheels are in motion. Do not attempt to touch the motor, ESC, battery or other electrical components during or immediately after use as these items will get hot during operation.
• Always allow the vehicle time to cool down between runs. Overheating the electronics can shorten the life of your electronic components.
• Never leave the battery connected when not in use and store batteries by the manufacturer’s instructions.
• Never leave a battery unattended while being charged. Never charge batteries while they are inside the RC vehicle.
• There is a risk of fire and explosion when dealing with batteries. Rechargeable batteries may become hot and catch fire if left unattended, charged too quickly, charged too often if overcharged, if overcharged or if previously damaged. Never charge at a rate higher than lC. (2000Mah pack = 2 amp charge rate). Always use a LIPO safe charging pouch when charging LIPO batteries. Only use a LIPO-specific charger when charging LIPO batteries.
• Never use a LIPO battery that has previously overheated and/or shows signs of damage or swelling. If you suspect the battery to be damaged, immediately discontinue use and properly dispose of the battery. Never dispose of a LIPO battery with regular trash, check with local authorities for proper disposal. Always check the ESC settings to ensure that they match the battery type during operation. If using a LIPO battery, the ESC must be set to LIPO or damage may occur.
• Never mix old and new batteries. Do not change or charge batteries in a hazardous location. Do not mix alkaline, lithium, standard (carbon-zinc), or rechargeable (NiMh, cadmium) batteries.
• If you do not agree with or are unable to follow these warnings and are not willing to accept complete liability for the use of this RC product; immediately return the product to your place of purchase in new and unused condition.

Startup

Attention: The E5C only accepts 25 LIPO batteries. Only use a 25 LIPO battery.

Steering

Shut Down

FCC

R3C Radio/ESC Guide

Warnings & Compliance

FCC Compliance Statement! The radio included with your vehicle 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 operations.

Note: This equipment has been tested and found to comply with the limits for a Class B digital device, under Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used by the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and the receiver.
• Connect the equipment to an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

TX

• FCC ID: 2A2UNRTX4C00
• IC: 24025-RTX4C00
• This device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the following two conditions: (1) This device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operations of this device.
• WARNING: Any changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate this equipment.
• WARNING: While operating the Radio, a separation distance of at least 20 centimetres must be maintained between the radiating antenna and the body of the user or nearby persons to meet the FCC RF exposure guidelines.
• AFHDS (automatic frequency hopping digital system)
• AFHDS was developed for Radio control models and offers active and passive anti-jamming capabilities, low power consumption and high receiver sensitivity.
• This radio system works in the frequency range of 2.405 to 2.475GHz. This band has been divided into 141 independent channels. Each radio system uses 16 different channels and 142 different types of hopping algorithms.
• By using various switch-on times, hopping schemes, and channel frequencies, the system is less likely to lose transmission.
• Each transmitter has a unique ID. When binding with a receiver, the receiver saves that unique ID and can accept only data from that unique transmitter.
• This avoids picking another transmitter signal and dramatically increases interference immunity and safety.
• WARNING: Even with the AFHDS 2A-BS technology, if the radio system is not used per this manual, it can still fail and cause serious injury. Be sure to read and understand this entire manual, as well as the manual that came with all other RC components you are using.

Specifications

TRANSMITTER SPECS.

Number of Channels| 4
Use| Surface use only
RF| 2.4GHz ISM
Maximum Power| <20dBm (e.i.r.p.（) EU）
2.4GHz Protocol| 2A-BS
Distance| >300m (Ground Distance w/o Interference)
Channel Resolution| 1024
Input Power| (4x)1.5AA batteries
Low Voltage Alarm| <4.2V
Antenna| Built-in
Temperature Range| -10deg. Celsius ~ +60deg. Celsius
Humidity Range| 20% ~ 95%
Dimensions| 16019397mm
Weight| 220g
Certifications| CE，FCC ID：N4ZG4P00
ESC/RECEIVER SPECS.

Number of Channels| 3
Compatible Models| 1:18 Crawler
RF| 2.4GHz ISM
2.4GHz Protocol| 2A-BS
Distance| ≥ 300m（Ground Distance w/o Interference）
Input Power| 2S LiPo
BEC Output| 5V/1A
Data Interface| PWM
Cont. / Peak Current| 10A/40A
Applicable Motors| 180 Brushed Motor
Temperature Range| -10deg. Celsius ~ +60deg. Celsius
Humidity Range| 20% ~ 95%
Weight| 9.8g
Dimensions| 382513mm
Dimensions| 382513mm
Certifications| CE, FCC ID: 2A2UNR3A00

Transmitter Overview

Location| Description| Location| Description|
---|---|---|---|---
[1] Cover| Flip up the panel cover| [10] “TH.REV”| Throttle reverse switch (PG.2)|
[2] “ST.REV”| Steering channel reverse switch (PG.2)| [11] Lanyard Eye| Insert wrist lanyard (sold separately)|
[3] “R. LED”| Power indicator LED| [12] Base| Battery compartment (4x AA batteries) (PG.1)|
[4] “ST.TRIM”| Steering trim button (PG.2)| [13] “CH3”| Three-position switch|
[5] “G.LED”| Status indicator LED| [14] “CH4“| Button (Not used)|
[6] “TH.TRIM”| Throttle trim (PG.2)| [15] Steering Wheel The maximum rotation of the steering wheel is

35 Degrees from centre to full left or to full right (CH1)

|
[7] “ST.D/R”| Steering dual rates button (PG.2)|
[8] “ON/OFF”| Power switch (PG.1)|
[16] Throttle Trigger The total moving angle of the throttle trigger is

37.5 Degrees; 25 Degrees forward and 12.5 Degrees backward (CH2)

|
[9] “BIND”| BIND button (PG.7)|

Receiver/ESC Overview

(Aux. Servo)
[3] LED| [8] S (Channel Interface Signal Pin）
[4] Antenna| [9] + (Channel Interface Anode Pin)
[5] Power Button| [10] – (Channel Interface Cathode Pin）

LED

The LED [3] indicates the working state of the receiver/ESC.

• OFF: The receiver is not powered on.
• ON – Solid: The receiver is on and working normally.
• Flashing Quickly: The receiver is in binding mode.
• Flashing Slowly: The transmitter is powered off, or the receiver isn’t receiving a signal from the transmitter.

Interface

• CH1 and CH3 channel interfaces [6] & [7] are standard 2.54mm*3 Pin connectors, which are found on most common servos.
• The battery interface [1] uses a female JST connector. The battery pack must have a male JST connector.
• The motor interface [2] includes a female PH2.0 connector that is built into the receiver/ESC. The included extension uses a male PH2.0 connector on one end and two blade connectors on the other end that connect to the positive and negative terminals found on the motor.

External Antenna

• CAUTION: Do not pull on or bend the receiver’s antenna. Do not fasten the antenna and the servo cable together.
• CAUTION: Keep the receiver’s antenna at least 1cm away from conductive materials such as carbon or metal. If the antenna is too close to conductive materials, it will negatively affect the signal strength of the receiver.

Connections

Receiver/ESC Connections

Receiver/ESC Connections – Side View

Attention!

• Be sure all connections are plugged in correctly. Be sure all connectors are securely plugged in all the way.
• The ESC and the receiver are both housed in a single unit so there is no need to plug in an external ESC.
• There are two 2.54mm 3-pin standard outlets (CH1 & CH3). These outlets are for plugging in a steering servo (CH1) and an optional auxiliary servo (CH3). Do not attempt to plug an ESC into either of these outlets. The
• ESC is already built into the receiver and no external ESC is needed. See the above illustrations for proper connections.

Pay attention to the following when installing the receiver:

1. Make sure the receiver is not installed near a motor or other sources of electrical noise.
2. Keep the receiver’s antenna away from conductive materials such as carbon or metal. To ensure normal function, make sure there is a gap of at least 1cm between the antenna and the conductive material.

Powering ON

Follow the steps below to turn on the transmitter:

1. Check to make sure that the battery is fully charged and installed correctly.
2. Toggle the Power Switch to the ON position, and the R.LED will be solid on.
3. Power on the receiver.

Note: For safety always power on the transmitter before the receiver.

Binding

The transmitter and receiver have already been bound at the factory. However, if the receiver needs to be replaced or additional receivers are bound follow these steps:

1. Turn on the transmitter while pressing and holding the BIND button, and then the transmitter will enter the binding mode. At this time, the G.LED will start flashing quickly. Once in binding mode release the Bind button.
2. The receiver will enter the binding mode automatically when powered on.
3. Once binding is successful, the LED of the receiver will flash slowly, and the transmitter LED will remain solid after being re-powered.
   • Note: When binding, put the transmitter into binding mode first, then the receiver.

Calibration

Use this function to correct for the mechanical deviation of the throttle trigger and steering wheel, for example, deviation occurred in the self- centring or maximum minimum travel, the steps are as follows:

1. Turn and hold the steering wheel clockwise to the max travel and push the throttle trigger forward as far as possible, and at the same time turn on the transmitter, the transmitter will be in calibration mode. The R.LED and G.LED will work in a two-flashing-one-off state repeatedly.
2. Steering Wheel Calibration: Turn the steering wheel to the max and min travel clockwise/counterclockwise respectively. When calibration is completed, the R.LED will be off.
3. Throttle Trigger Calibration: Push/pull the throttle trigger forward/backward as far as it will go. When calibration is completed, the G.LED will be off.
4. Once calibration is complete, press the BIND button to save and exit. The G.LED will be lit solid.

Powering OFF

1. Unplug the battery pack from the receiver and remove it from the vehicle.
2. Turn off the transmitter.
   • Note: Always be sure to disconnect the battery pack from the receiver BEFORE turning off the transmitter.

Channel Reverse

• This function is used to adjust each channel’s direction of movement about its input.
• The ST.REV and TH.REV are the reverse switches for CH1 (steering) and CH2 (throttle).
• If the switch is up, it indicates the channel is in reverse, and if the switch is down, it indicates the channel is in its normal operating mode.
• Example: If the vehicle moves forward while moving the throttle trigger to reverse, flip the TH.REV switch. Refer to PG.3 of this manual for more information.

Steering & Throttle Trims

1. The ST.TRIM+ and ST.TRIM- are the trim buttons for centering CH1 (steering), and can be multiplexed as trims of CH3 and CH4. For multiplexing switching mode, refer to PG.8 “ Mode Switching”.
2. TH.TRIM+ and TH.TRIM- are the trim buttons for centring CH2 (throttle). Adjustment Range: -120us – + 120us, and the step is 4us. Refer to PG.3 of this manual for more information on setting trims.

LED status:

• When pressing the trim keys, the G.LED will flash slowly on short presses and quickly on long presses.
• When the trim adjustment value is at the neutral position, the G.LED will flash twice slowly.
• When the trim adjustment value is at its maximum or minimum setting, the G.LED will not flash at all.
• Note: After the throttle trim is changed, the receiver needs to be re-powered to recognize the new throttle neutral. Otherwise, an exception may occur during vehicle reversing.

Steering Dual Rate

ST.D/R+ and ST.D/R- are used for the CH1 steering servo travel adjustment, which can be multiplexed as CH2 (throttle), CH3, and CH4 servo travel adjustment, refer to “Mode Switching” for multiplex switching mode;

• Adjustment Range: 0-120%(the default is 100%), and the step is 5%.
• ST.D/R+: Increases servo travel.
• ST.D/R-: Decreases servo travel.

LED status:

• When using the D/R keys, the G.LED will flash slowly on short presses and quickly on long presses.
• When the travel adjustment value is at its endpoints (maximum/minimum values of 0/120%), the G.LED will not flash at all.
• Refer to PG.3 of this manual for more information.

Mode Switching

This function is for reusing ST.TRIM(including ST.TRIM+ and ST.TRIM-) and ST.D/R (including ST.D/R+ and ST.D/R-) adjustment buttons for different channels. Refer to [Steering Trims] and [Steering Dual Rates.

• Setup: While the receiver is ON, quickly press the BIND button twice (within 1 second) to cycle through modes 1, 2, 3, and 4. The default setting when powering on is mode 1.
• Mode 1: The G.LED flashes slowly once. The ST.TRIM is used for CH1 trim adjustments and the ST.D/R is used for CH1 end point adjustments.
• Mode 2: The G.LED flashes twice slowly. The ST.TRIM is used for CH1 trim adjustments and the ST.D/R is used for CH2 end point adjustments.
• Mode 3: The G.LED flashes three times slowly. The ST.TRIM is used for CH3 trim adjustments and the ST.D/R is used for CH3 end point adjustments.
• Mode 4: The G.LED flashes slowly four times. The ST.TRIM is used for CH4 trim adjustments and the ST.D/R is used for CH4 end point adjustments.

Calibration

Use this function to correct for the mechanical deviation of the throttle trigger and steering wheel, for example, deviation occurred in the self- centring or maximum minimum travel, the steps are as follows:

1. Turn and hold the steering wheel clockwise to its maximum travel push the throttle trigger forward as far as possible, and at the same time turn on the transmitter. This puts the transmitter into calibration mode. The R.LED and G.LED will both repeat the sequence of “flashing twice-off-flashing twice”.
2. Steering Wheel Calibration: Turn the steering wheel to its maximum left and right position, back and forth. When calibration is completed, the R.LED will be off.
3. Throttle Trigger Calibration: Push/pull the throttle trigger forward/backward as far as it will go. When calibration is completed, the G.LED will be off.
4. Once calibration is complete, press the BIND button to save and exit. The G.LED will be lit solid.

Failsafe

The failsafe function is used to protect the model and surrounding people when the connection fails between the receiver and transmitter. The failsafe is activated when the transmitter is turned off, the transmitter batteries die, or if there is interference. By default, CH2 is the only channel with a failsafe setting. The other channels are not set.

• The failsafe for CH2 is enabled by default and the ESC will enter the braking state when the failsafe is activated.
• For the other channels, the interfaces will maintain the last output when the failsafe is activated.

Setting the failsafe:

1. With the transmitter and ESC both turned ON, hold the control corresponding to the channel at the desired failsafe position.
2. Then press and hold the BIND button for 3 seconds. The G.LED will flash for 2 seconds, indicating that the failsafe setting was saved successfully.

Beginner Mode

• Beginner mode is designed for people who are new to the hobby.
• In this mode, throttle output is limited to 50 per cent and the channel range by default is set to 1250~1500~1750us.

Setup:

• To switch between beginner mode and normal mode, press and hold the CH4 button while turning the steering wheel counterclockwise as far as it will go. While holding, power on the transmitter. The G.LED will flash in a sequence of “flash-flash-off, flash-flash-off”, indicating beginner mode is activated.
• Note: By default, the system is set to normal mode each time it is turned on .

Low Voltage Protection & Overheating Protection

• This receiver has a low-voltage protection function.
• Low Voltage Protection: When the battery voltage is detected to be lower than the safe operating range, power output to all channels will be cut off.
• This receiver/ESC also has an overheat protection function that will cut off power to CH2 when activated. Once the receiver/ESC cools down to normal operating temperature, CH2 will resume to its normal operating power output.

Note: In the event there is a blockage in the drive train, the receiver/ESC will cut off power to the motor (CH2) to prevent damage to both the receiver/ESC unit and the motor. If this happens, inspect the vehicle and clear out anything that may be obstructing the drive-train from spinning freely. This may include lodged sticks, rocks, or anything else binding the drive-train.

Troubleshooting

2.   The LIPO battery being used isn’t charged.

| 1.   Plug a fully charged LIPO battery into the ESC and try again. (PG.1)

2.   Contact Redcat support.

The vehicle ran backward when you pulled the throttle trigger towards you.| 1. The radio “Throttle Reverse” switch may be improperly set.

2.   The motor wiring is incorrect.

| 1.   Switch the radio “Throttle Reverse” switch. (PG.2)

2.   Be sure the motor is plugged in correctly. The red wire plugs into the tab labelled (+) on the motor.

The vehicle moves with no throttle input.| 1. The throttle trim is not set properly.

2.   The transmitter needs to be calibrated.

| 1.   Set transmitter throttle trim. (PG.2)

2.   Calibrate the transmitter. (PG.7)

The motor suddenly stops working.| 1. The transmitter signal is lost

2.   The battery pack needs charging or the thermal protection may have been activated.

| 1.   Be sure the transmitter has good batteries and is turned on.

2.   Check the battery voltage and the ESC temperature. Let cool and recharge the battery. (PG.9)

The receiver/ESC is powered on, but nothing works and the LED on the receiver/ESC is blinking slowly.| 1. The receiver isn’t picking up the transmitter signal.| 1.   Be sure the transmitter is turned on.

2.   Put new batteries in the transmitter. (PG.1)

3.   BIND the transmitter to the receiver/ESC

The receiver/ESC is powered on, but nothing works and the LED on the receiver/ESC is blinking quickly.| 1. The receiver is in BIND mode.| 1. Be sure the transmitter is turned on and power on the receiver/ESC again. (PG.1)
Clicking noise while steering.| 1.   The servo horn is stripped.

2.   The servo gears are stripped.

| 1.   Replace the servo horn.

2.   Replace the servo.

The vehicle won’t steer or move.| 1.   Battery pack not charged.

2.   Battery wires loose.

3.   Did not follow proper start-up instructions.

| 1.   Charge the battery pack.

2.   Plug in the battery securely.

3.   Follow the start-up sequence on PG.1.

The vehicle turns to the side automatically.| 1.   Steering trim needs adjusting.

2. The steering servo horn needs to be realigned or replaced.

3.   Servo gears are stripped.

| 1.   Adjust the transmitter steering trim. (PG.2)

2.   Check the servo horn, and replace it if worn or stripped.

3.   Replace the servo.

The vehicle steers to the left when you steer to the right.| 1.   Steering reverse (on transmitter) is set incorrectly.

2.   You are driving towards yourself and it just seems like it’s backwards.

| 1.   Set the steering reverse on the transmitter. (PG.2)

2.   Practice driving the vehicle to get used to steering with different vehicle orientations. When driving towards yourself, it just seems like the steering is backwards.

Assembly

Transmission/Transfer Case Assembly

Portal Gear Assembly

Front Axle Assembly

Rear Axle Assembly

CHASSIS ASSEMBLY

Installing Front Axle To Chassis & Shock Assembly

Installing Rear Axle To Chassis

Installing Transmission To Chassis

Installing Battery Tray & Skid Plates To Chassis

Installing Battery Strap, Receiver/ESC & Wheels/Tires

Body Assembly

Body installation

Spare Parts

Up Parts

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IMPORTANT LINKS:

• To view the full-length manual with ESC guide, Radio guide, exploded views and parts lists, go to: www.redcatracing.com/pages/manuals.
• Link to electric vehicles manual:www.redcatracing.com/manuals/ELECTRIC-MANUAL.pdf.

INCLUDED

• Ascent Assembled with electronics
• Radio System: 2.4GHz
• Rechargeable Battery: 2S LIPO Battery W/ JST connector
• Battery Charger: USB Charge Cable

REQUIRED

• Transmitter Batteries: Four AA batteries
• MOST RECENT FULL ONLINE MANUAL
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