JAMARA 503853 EP 4WD 1 10 NiMh 2.4Ghz Ice Tiger EP BL Monster Truck Instruction Manual

JAMARA 503853 EP 4WD 1 10 NiMh 2.4Ghz Ice Tiger EP BL Monster Truck

General information
JAMARA e.K. is not liable for any damage caused to the product itself or through this, provided this is due to improper operation or handling errors. The Customer alone bears the full responsibility for the proper use and handling, including without limitation, the assembly, the charging process, the use and choice of the operation area. Please refer to the operating and user instructions, it contains important information and warnings.

This model is not a toy!

Warning: Not suitable for children under 36 months. RISK OF SUFFOCATION!Contains small parts which can be swallowed.
Keep away necessarily from children. This product is a model building article. This means that the vehicle must always be serviced (check for damage, check screw connections, clean etc…). Wear parts such as the main gear, motor pinion, bone socket, etc. will wear out over time and must therefore be replaced. Crashes cannot always be avoided, so crash damage must also be repaired or replaced. Wear parts or defective parts due to crashes or insufficient maintenance are not covered by warranty, costs and repairs must be covered by the buyer himself.

Certificate of Conformity

Hereby JAMARA e.K. declares that the products “Ice Tiger EP BL RTR 2,4 GHz, No. 053360, No. 053361, No. 053362 and Tiger EP RTR 2,4 GHz, No. 503853, No. 503854“ complies with Directives 2014/35/EU, 2014/53/EU and 2011/65/EU.
The full text of the EU Declaration of Conformity is available at the following Internet address: www.jamara-shop.com/Conformity 

Attention!

• Before operating: Switch the transmitter on first then the model.
• When finished: First switch off the model then the transmitter.

Never operate your model beyond sight. Both the maximum visibility as well as the max. range of your model will depend on many factors such as weather, location and interfering frequencies. Therefore, before each use perform a range test with a second person securely holding the model and also check how the model reacts if there is a signal failure e.g. when empty transmitter batteries are installed. Read the complete instructions and security instructions carefully before using the model. Caution! Please fully and carefully read warnings/ safety instructions. These are for our own security and can avoid accidents/injuries.

Recommended Tool + Equipment 

Box contents

1. Model
2. Transmitter
3. Antenna
4. Clip for spring tension
5. Binding Plug
6. Battery LiPo
7. Charger LiPo
8. Battery NiMh
9. USB-Charger NiMh

Accessories

• Transmitter: 4 x AA 1,5V, No. 140267 (4 pieces)

Technical data

• Dimensions:
  IceTiger

  •  445 × 335 × 205 mm Tiger
  • 430 × 335 × 210 mm Weight:
  • 2590 g (053360 & 503853) ~ 2800 g (053361 & 503854) ~ 2900 g (053362)

• Battery:
  NiMh 7,2 V 2000 mAh
  (053360 & 503853)
  LiPo 7,4 V 5000mAh
  (053361, 053362 & 503854)

• Motor:
  Venti 600, 290 W
  (053360, 053361 & 503853, 503854)
  420 W 3200 KV (053362)

No responsibility is taken for the correctness of this information. You have purchased a RTR model, which means it should be ready for immediate use after charging all batteries. You need to check the car, electronics and all plastic parts after each use to make sure no parts are damaged. Also all the moving parts must be checked for their clearance, bolts and screws that they are tight.

Getting Started – Charging process

NiMh Charging process (053366)
Connect the USB charger to a USB port. We recommend a USB adapter (2A) for the grounding receptable. USB ports of computers and laptops usually cannot provide sufficient current to charge the battery. The LED on the charger lights up green. Connect the USB charger to the NiMh drive battery. The red LED of the USB charger signals the charging process. If the plug of the charger and the plug of the drive battery do not match, a charging adapter is included with your model. When the battery is fully charged, the LED lights up green. Make absolutely sure that the charging time is not exceeded. Do not charge any batteries other than the NiMh battery supplied. The average charging time for the empty NiMh battery supplied is approx. 6 – 8 hours. If the LED flashes, there is a fault. Please contact the customer service.

Caution:
Only charge suitable battery‘s with this charger. Suitable battery‘s are Nickel metal hydride battery‘s with max. 6 cells, max. 7,2 V nominal voltage and max. 2000mAh. The battery must have a tamiya plug. The charging of unsuitable battery‘s can cause damage to the charger and the battery‘s. Fire Hazard! The charging connection of the charger is not allowed to get altered or soldered to a different balancer plug type!

LiPo Charging process (053367)

Important notes on the suitability of the battery:
Make sure to use only lithium polymer batteries with XH balancer connector. Only these may be used with the charger. Other connections and battery types must not be used (fire hazard due to reverse polarity or overcharging may result).
Please contact the manufacturer of your battery to find out whether your battery is suitable. Only LiPo batteries with a capacity of at least 1600mAh must be used (otherwise there is a risk of fire due to excessive charging current). If you use batteries with a capacity below 1600mAh, the batteries must be approved for a charging current of 1600mA (Speedcharging). Please ask the manufacturer of your battery if your battery meets these requirements.
You may only connect one single battery to the charger at a time. Charging 2 batteries at the same time is NOT allowed and will cause damage to the battery or charger (fire hazard).

Technical data:

1. Power Slot 100 – 240 V
2. 2S Balancer
3. 3S Balancer (Not required for this model)
4. Status LEDs

Charging a battery

1. Plug the power cord of the charger into a suitable socket. The LEDS light up green and indicate that the charger is ready for charging.
2. Now connect the empty battery to the charger. 7.4V 2S batteries to the 3 pin connector or 11.1V 3S batteries to the 4 pin connector. Do not use force and pay attention to reverse polarity. The LEDs change to red after a few seconds and indicate that the battery cells are charging.

Attention:
When connecting a 2S battery, only the first 2 LEDs (Cell1-2) change to red, LED 3 (Cell 3) will remain green. When 3S batteries are connected, all LEDs are red (Cell1-3).
As soon as a the battery cell is full, the corresponding LED changes to green. Because the cells are charged individually in a balanced way, it is possible that one cell is fully charged earlier than the others. Always leave the battery on the charger until all connected cells are fully charged (green) to allow the charger to balance your battery

Detecting a full battery.
When you connect a full battery to the charger, the LEDs will turn red for a few seconds and then turn green again. This means that the battery is already fully charged.

Detecting a defective battery.
If the LEDs remain green when an empty battery is connected, there is a defect in the battery (cell defect or deep discharge). In this case, immediately disconnect the battery from the charger and use another battery.

Danger!
Always disconnect the battery from the charger immediately after charging. Always disconnect the charger from the power supply immediately after disconnecting the battery. Inserting the rechargeable battery or charger after charging will result in da-mage to the battery, charger or the power supply (fire hazard).

Inserting batteries into the transmitter
Put 4 AA Batteries into the Transmitter

Battery warning:

• Non-rechargeable batteries are not to be recharged!

• Do not open! Do not dispose of in fire!

• Do not mix old and new batteries!

• Do not mix alkaline batteries, standard (carbon-zinc) or rechargeable batteries!Rechargeable batteries are to be removed from the toy before being charged!Rechargeable batteries are only to be charged under adult supervision!

• The supply terminals are not to be short-circuited!

• Put the battery into the battery holder in the vehicle. Make sure that the battery holder is scured properly with the 2 included clips for the battery holder.

• Now connect the battery to the speed control in the model. If the plug of the speed control and battery do not match, then you will find a connection lead in your box

• Turn the radio on and make sure all the trim buttons on the transmitter are in neutral position. Read the chapter for usage of the transmitter.

• Keep the car in the air in case that the motor turns at full power.

• Switch the speed control on the On / Off switch.

• We encourage you now to activate your receiver‘s built-in Failsafe unit.
  On delivery it is turned off. (see chapter Fail Safe).

• If this is your first rc car, we recommend to drive it on a small test track to familiarise yourself with the control of the vehicle and the controls of the transmitter.

Danger.

• Always switch off the model immediately after each use. Immediately after each use the battery should be disconnected from the model. The battery can be deeply di-scharged by leaving it switched on accidentally or leaving it plugged in.
• Deep di-scharge causes the battery to lose power or can be damaged to such an extent that charging or discharging is no longer possible or the battery can self-ignite during charging or discharging (fire hazard). Never attempt to charge or discharge deep-discharge batteries.
• The voltage of the LiPo batteries should never be under 6 volt and the NiMh battery never under 4 Volt to avoid a depth discharge. The fully charged LiPo battery has a voltage of approx. 8,4 Volt and the NiMH battery 8,5 Volt. After usage, the intact battery has to be fully charged after a cooling phase of at least 10 min but not longer than 12 hrs. This is to avoid a deep discharge caused by a self-discharge.
• When not using or storing the battery´s it has to be checked at least every three months for voltage (For LiPo min. 8 Volt, for NiMh min. 7,4 Volt.) or damage and if necessary charged or disposed.

Attention!
Your vehicle has a pivot front suspension. This has a number of advantages. It is very robust and easy to maintain. The set-up of the car has been done so the drive shaft will not pop out. As with any model, screws and bolts can losen during break-in of the car. This can result in tolerance of the drive shaft. The drive shaft can then pop out if high pressure is applied. The inner ball screw (item No.: 505081) will enable you to adjust the tolerance resul- ting in fine adjustments of the track width. For best results when setting up the pivot ball for the first time, please always adjust the upper and lower pivot in the same way. Fasten as far as the pivot can still be pulled up and down easyly but not as far that it will pop out if you give full steering angle. The outer plastic socket screw (item No.: 505080) is only used for securing of the steering knuckle. This should not be too tight, otherwise the steering is not smooth and the handling can be adversely affected.

Attention!
The front and rear bone pan absorbs most of the motor‘s energy and directs it to the front and rear axles. Therefore, the hexagon socket screws which hold the bone pans on the transmission output shafts must be checked and, if necessary, tightened before the first use and in regular intervals e.g 5-7 uses. Insert a rubber ring to the front and the back connection cup. Please check the tolerance of the drive shaft. The tole-rance should be approx. 1 – 2mm. You may have to move the connection cups to adapt the tolerance. Therefore you need to loosen the grub screws to adapt the connection cup. Afterward tighten the grub screws. If not, the connection cups will move on the gear output shaft. That might cause the connection cup and the middle drive shaft to get damaged.

Emisora 2,4 GHz 2CH 

Transmitter 2,4 GHz 2CH

Controls

1. Programming Box
2. Steering Wheel
3. Throttle Lever
4. Battery Hatch
5. Charge Socket
6. Simulator Cable Socket
   If charging the batteries via the charging socket, the battery hatch cover should be removed to ensure sufficient cooling.

Programming Panel

• A. Steering Reverse (changed)

• B. Power LED

• C. Steering Trim
  D. ON/OFF Switch

• E. Throttle Reverse (changed)

• F. Power Check

• G. Binding Button

• H. Dual-Rate (maximum steering deflection)

• I. Throttle Trim

Trim
If the wheels do not point straight forward even though the steering wheel on the transmitter is in neutral, you can adjust it with the trim button on the transmitter.
Trim L/R = steering
Should the wheels rotate forward or backward, even though no command was given through the transmitter, then also the throttle needs to be trimmed on the transmitter.
Trim V/R = forward/backward

Insert the batteries

• Remove the battery compartment cover.
• Fit the 4 x AA batteries, observe the correct polarity.
• Replace the battery hatch

Binding the receiver to the transmitter

In the delivery state, the transmitter is already bound to the receiver. If the model does not respond to the transmitter, try binding it again.
For this purpose, proceed as follows:

1. Put the battery into the model. Now connect the battery to the speed control in the model.
2. Plug the binding plug (included) into the channel 3 socket on the receiver.
3. Switch the receiver system on. Depending on your software version of your receiver indicates the different binding mode (instead of flashing lights for example LED or remains out completely). The binding process as such is in all versions. The receiver LED will begin to flash indicating that the receiver is in binding mode.
4. Press and hold down the binding button on the transmitter whilst switching it on.
5. The transmitter will begin to flash indicating that the receiver is in bonding mode.
6. Release the binding button on the transmitter and turn off the controller. Release the binding plug from the receiver.
7. Switch of the transmitter. And remove the binding wire. The system be bound at the next start.
8. If the receiver fails to bond or does not function after bonding repeat the above procedure until a successful bonding is achieved.

We encourage you now to activate your receiver‘s built-in Failsafe unit. On delivery, it is turned off.
Mount the 2.4 GHz antenna vertically as shown in the diagram. Do not allow any metal object to come into contact with the antenna or to shield it as this will reduce the range.

How to set up the fail-safe function

1. The instruction of the function
   The function of protection of losing control is mainly for r/c boats and cars and keeps them away from damage through throttle channel. When the receiver is out of control signal, the receiver of throttle will automatically return to the initial position which set up before starting to avoid the error action :

2. How to set the function

   • a. Switch on the transmitter power and enter into the working condition
   • b. Connect the receiver with power and enter into the working condition, the signal light on receive will blink all the time.
   • c. Control the throttle of the transmitter and keeps the servo or ESC in the neutral position.
   • d. Press the setting button, the LED will be flash for 3 seconds (see on pict. left).
   • e. Release the setting button. The setting is finished.

3. Testing

   • a. Switch on the transmitter and enter the working condition.
   • b. Contact the receiver with power and enter the working condition.
   • c. Turn off the power of the transmitter.
   • d. The throttle of the servo will be set automatically.
   • e. Finish these steps above means the setting is ok.

Controller (installed) Version EP

Technical Data:

• Operating Voltage:  7,2 – 7,4 V
• Battery Pack:  2 Lipo | 6 NiCd/NiMh Cells
• Internal Resistance:  Fwd: 0.002 Ohm, Bwd: 0.004 Ohm
• BEC Voltage:  BEC 2A/5V (Linear mode BEC)
• Intended use:  RC-Car 1:10
• Protection Circuit: Under-voltage cut off
• Continuous load: 40 A
• Size: ~ 45 x 32 x 26 mm

If you want to disable the backward function just set the jumper to disable. If the jumper is set to enable the backward function is enabled. 

This regulator has two battery modes which will be set with jumpers. If you are using a Lipo battery this jumper has to be set to Lipo. This function protects the lipo battery against deep discharge and possible damage due to deep discharge! At a threshold voltage of 6 V total the esc switches auto. off to safe the battery from under-voltage. If you are using a NiMH battery this jumper has to be set to NiMh. The controller allows a voltage less than 6 V down to 4 V.

WARNING
Your controller is Splash-proof. Not waterproof.
Avoid puddles that are higher than the controller is installed in the vehicle. Do not get the model un-der water. After each ride in the wet, the complete controller must be thoroughly dried and lubricated the mechanical components. Damage caused by improper use overload or lack of maintenance is not covered under warranty.

Using your controller
To operate the ESC, proceed as follows:

• Switch on your transmitter and ensure that the throw for the throttle channel is in the middle.
• Ensure that the receiver switch is in the OFF position and connect a battery pack ensuring the correct polarity (+ and -).
• Switch the receiver system ON.
• Once a battery is connected the system is ‘live‘ and extreme caution must be exercised to prevent injury due to the motor suddenly starting to turn.
• Do not connect the battery pack until directly before operating the model and disconnect the pack immediately after use.
• Conduct a range test before running the model for the first time. This test should be carried out at full, half and low throttle and if the servos jitter or make uncontrolled movements do not operate the model until the reason for the interference has been established and corrected.
• When the vehicle is being driven forwards, pulling the throttle back past the neutral position will cause the vehicle to brake. To make the vehicle then reverse, the throttle stick must first be moved back to the neutral position for a short period and then the model will reverse.
• If you want to disable the backward function just set the jumper to disable. If the jumper is set to enable the backward function is enabled.

Configuring your controller
The speed controller automatically calibrates itself to the transmitter signal. For this, the trim button of the gas channel at the transmitter is in the middle. Turn on the transmitter and then the speed controller. The speed controller signals the calibration with a short melody and is ready for use. In case the speed controller has no clear signal or the trim control is not set to neutral, the speed controller will not initialize.

When using the controller please observe the following safety notes:

• Use only batteries which not exceed the max. operating voltage (2 Lipo cells |
  6 NiCd/NiMh cells).

• Allow the ESC to cool down completely before operating it again.

• Remove the battery from the model when not in use.

• Always switch off the receiver first and then the transmitter. On switching on, switch on the transmitter first and then the receiver.

• Only use top-quality cables and connectors.

• Make sure that the ESC is adequately cooled and never wrap the unit in anything that insulates.

Controller (installed) Version BL

Technical data:

• Max. Current: 60 A
• Burst Current: 390 A
• Internal Resistance: 0,0012 Ohm
• For Use With Cars or Trucks scale
• Battery packs: max. 2 LiPo cells
• BEC Voltage: 6,0 V
• BEC Current: 3A
• Motor Types: Sensorless Brushless motors
• Protective Circuits: Temperature cut-off
• Size: ~ 48,5 x 38 x 32 mm (with fan)
• Weight: 90 g (without cable)
• Programmable: 5 Programming steps (Break, Low Voltage, Start Mode etc.)

Using Your ESC

Connecting the Receiver, Battery Pack and Motor
Connect the ESC, motor, receiver, battery and servo according to the diagram.
Ensure that you observe the correct polarity of the battery pack. The red cable should be connected to the ‘+‘ Plus Pole and the black cable to the ‘-‘ Minus Pole. The ’#A’, ’#B’ and ’#C’ plugs are connected to the motor. The ‘SET‘ button initiates the programming mode.
The ESC should be plugged into the throttle channel of your receiver which is normally channel 2. If in doubt, check your Radio- Control System’s instructions. The 3 Motor wires (#A’, ’#B’ und ’#C’) can now be connected, these connectors can be plugged in any order, and if the motor rotates in the wrong direction any 2 of the wires should be swapped.

Note:
You can use the servo reverse function of your transmitter to reverse the motor direction but the ESC will have to be re-cali-brated afterwards.

Throttle range calibration
To ensure that your ESC operates correctly it has to be calibrated. During this process, the full-throttle, stop and brake positions will be set. There are 3 occasions when the unit must be calibrated.

• Before using the ESC for the first time
• If you change to a new transmitter
• If the neutral point or servo throw is changed within your transmitter

To calibrate the system, please proceed as follows:

1. Ensure that the receiver is switched OFF and switch ON the transmitter. If you are using a Futaba transmitter. The throw should be set to neutral. If the transmitter is fitted with an ABS function this must be de-activated.

2. Press and hold down the ‘SET‘ button on the ESC and switch the receiver switch ON. This will switch the ESC into Calibration mode and the LED will begin to blink. If you fail to release the ‘SET’ button as soon as the LED blinks, the ESC will enter ‘Programming’ mode. If this happens, you will have to switch the ESC off and start again to enter ‘Calibration’ mode.

3. Parameters can be set here:

   • Neutral point
   • Full throttle forwards
   • Full throttle reverse
     The procedure for setting these 3 points is outlined below:

4. Ensure that the throttle control is in the neutral position and press the ‘Set‘ button. The green LED will flash once and the motor will omit a beep. Move the throttle control to the full-throttle (forwards) position and press the green ‘Set‘ button. The green LED will flash twice and the motor will omit 2 bleeps. Move the throttle control to the full reverse position and press the ‘Set‘ button. The green LED will flash 3 times and the motor will omit 3 bleeps. 3 Seconds after this procedure has been followed, the motor is ready for use.

LED’s, errors and protection
In normal use the LED will illuminate as follows:

• a. If the throttle control is in the neutral position, neither the red or green LED will illuminate.
• b. The red LED will illuminate if the vehicle is driving forwards or in reverse. If the vehicle is braking, the red LED will flash rapidly. When the car moves forward, the red LED solidly lights; the green LED also lights up when the throttle stick is at the top position (100% throttle).
• c. The green LED will illuminate when the vehicle is at full throttle either forwards or in reverse.

In certain circumstances the ESC will omit an acoustic tone to warn you of a problem:

1. On switching on, the ESC will check the battery pack voltage and if it falls outside the correct values it will omit double signals followed by a 1-second pause: “beep-beep-, beep-beep-, beep-beep-”

2. If the ESC does not receive a signal from the transmitter it will omit single signal followed by a 2-second pause: “beep-, beep-, beep-”
   The ESC has ben equipped with a series of protective circuits to ensure safe operation:

3. Low voltage cut-off: If the voltage drops below the set value for more than 2 seconds the ESC will switch the motor off. Please note that the motor cannot be started again if the voltage is below the chosen value per cell.

4. Temperature cut-off: If the internal temperature of the ESC rises above 95°C for more than 5 seconds the motor will switch off. After the ESC switches off it has to cool down before operating again. Otherwise, the ESC will be damaged. This function should not be disabled!

5. Signal loss: If the signal is lost for more than 0.2 seconds the ESC will switch the motor off.

Programming the ESC

The fields which are shaded in grey indicate the factory recommended setting.

Menu structure 

Important note: In addition to the red LED blinking, the motor will omit an acoustic signal. After every change to the values the ESC must be switched off to store the values. The new settings will not be effective until the ESC is re-started.

This ESC is fitted with many useful functions and to help you to be able to make the most of the various options they are explained below. Please use the programming table shown on page 6 together with these explanations to program your ESC quickly and effectively:

1. Drive mode:
   If option 1 is selected in Drive mode, the vehicle will only drive forwards and the brake is active which make this mode the best choice for racing. In mode 2 the vehicle can be driven forwards or in reverse and the brake is also active. This mode is useful for general use and training.
   Note: When option 2 is selected, moving the throttle control back past the neutral point will initially activate the brake. If the throttle control is then moved back to the neutral position briefly the ESC will switch over to reverse. Moving the ESC forwards will make the vehicle drive forwards regardless of whether it was braking or moving in reverse.

2. Drag Brake force:
   In this option the drag braking force can be set. The value is set as a percentage and the values are from 0 to 40%

3. Low voltage:
   In this option you can set the low voltage cut-off value. The cut-off voltage can be set between 3.4 and 2.6 Volts per cell. Once the cut-off voltage has been reached the motor will stop.

4. Start Mode:
   With this option you can choose how the vehicle will accele rate when full throttle is applied and you can set the value between ‘Soft‘ and ‘Very Aggressive‘. Please note that if you select one of the 2 ‘Aggressive’ modes that you will need to have batteries with a very low internal resistance otherwise the voltage will drop due to the high current draw and the motor may stutter. Also ensure that your motor and gearing are capable of carrying the high loads.

5. Brake Max.:
   The ESC is equipped with a braking system which works proportionally to the throttle control. This means that the further the throttle control is moved rearwards the more braking force will be applied. A higher value here will mean that the vehicle will brake harder but more strain will be placed on the components, for example, the gearing.
   To avoid the programming procedere with the set up botton, you can all so use the seperatly available Programmcard (Ord.No. 08 1454).

Assembly diagram

Steering assembly diagram

Before each use make sure to check all bolt connections and cable connections. Your vehicle has a pivot front suspension. This has a number of advantages. It is very robust and easy to maintain. The set-up of the car has been done so the drive shaft will not pop out. As with any model, screws and bolts can losen during break-in of the car. This can result in tolerance of the drive shaft. The drive shaft can then pop out if high pressure is applied. The inner ball screw (item No.: 505081) will enable you to adjust the tolerance resulting in fine adjustments of the track width. For best results when setting up the pivot ball for the first time, please always adjust the upper and lower pivot in the same way. Fasten as far as the pivot can still be pulled up and down easyly but not as far that it will pop out if you give full steering angle. The outer plastic socket screw (item No.: 505080) is only used for securing of the steering knuckle. This should not be too tight, otherwise the steering is not smooth and the handling can be ad-versely affected.

Rear shaft assembly

Upper Plate Assembly 

Motor assembly 

Setting points

Toe-in / toe-out

A Toe-in: The responsiveness of the steering is less direct and the vehicle tends to oversteer, but it has better directional stability.
B Toe-out: More direct steering response and understeer, but has a worse directional stability.
Turn the Turnbuckle shorter = Toe-out
Turn the Turnbuckle more = Toe-in

Negative/positive camber front and rear

You can adjust the front camber by turning one of the inner screws on the pivot front suspension. Turn both screws equally inwards or outwards to adjust the track width.
To adjust the rear camber, turn the rear track rod.
A Negative camber: Better grip on terrain, as the edge of the wheels stem into the ground allowing higher cornering speed. We recommend approx. imately 1.5 degrees negative front and an ave rage of 0 degree to the rear. An excessive negative camber angle can deteriorate the ride quality.

B Positive camber: A Positive camber should be avoided in your vehicle due to poorer ride quality.

Front caster high / low

Less caster: Less caster has a worse stability, but provides a better steering on corner entries.
High caster: A higher caster has a better directional stability, but can result in worse corner turn-in.

Damper angle soft / firm front and rear
To adjust the damper angle, remove the screw on the suspension arm, adjust the angle and tighten it again.
Soft = More direct steering
Firming = Less direct steering

Spring tension hard / soft

front and rear
To adjust the spring preload, pull the spring down a little and insert the desired clip´s.
Harder: More direct response of the suspension but reduced grip.
Softer: Less direct response of the chassis but more grip.

Spare parts

Tuning parts and accessories

Troubleshooting

The motor will not rotate after switching on. No signal is present.

1. The battery pack or battery pack connectors are faulty.
   Check all of the connectors and the battery pack.

The motor will not turn after switching on. The ESC omits double signals with a 1 second interval.

1. The input voltage is too high or too low.
   Check the battery pack voltage.

The motor will not turn after switching on. The ESC omits single signals with a 2 second interval.

1. No or a poor receiver signal.
   Check both the transmitter and receiver as well as the ESC connecting cable.

The motor turns in the wrong direction.

1. The motor connecting cables are swapped
   Swap 2 of the ESC/motor connecting cables

The motor suddenly stops turning.

1. The battery voltage is too low.
   Charge the battery pack.

2. No signal.
   Check the transmitter, receiver and all of the cables only steering response

The motor stutters or runs irregularly.

1. One of the connectors is loose.
   Carefully check all of the connectors.

2. The receiver has intermediate interference.
   Switch the system off and then on. If the interference persists, operate the model in another location.

Model does not respond

1. Battery or batteries empty or defective
   Charge battery or replace

2. Motor broken
   Replace motor

3. Loose or damaged cable
   Reconnect cable or replace

4. Transmitter turned off, lost or damaged binding
   Transmitter back on, bind or replace

5. Defective receiver
   Replace receiver

6. Speed controller is defective or connection issue
   Connect properly or replace

Model react uncontrolled

1. Transmitter turned off, lost or damaged binding
   Transmitter back on, bind or replace

2. Controller not calibrated or programmed incorrectly
   Recalibrate or reprogram

3. Defective receiver
   Replace receiver

Engine is running when you turn on inadvertently

1. Incorrectly set Failsafe
   Failsafe program to neutral

2. Throttle trim on the transmitter is not in neutral
   Throttle trim set to neutral

Model moves forward only

1. Controller not calibrated or programmed in correctly
   Recalibrate or reprogram

Only steering response

1. Regulator or Motor is defective or not Calibrated
   Calibrate speed controller or replace motor

Steering does not respond

1. Power steering defect
   Replace servo

2. Dual Rate on the transmitter set too low or to 0
   Dual rate increase

3. Very dirty steering lever or steering knuckle
   Clean and lubrcate well

Loud noise from the drive

1. Main gear, pinion or differential damage
   Do not continue! affected part needs to be replaced

2. Incorrect gear mesh
   Reset gear mesh

Speed controller shuts off while driving

1. Low voltage cut-off, battery voltage too low
   Charging the battery

2. Overtemperature
   Let speed controller cool

Front drive shafts fall out

1. Too large track width
   Track width reduction

Security instructions

• Read the instructions and security instructions carefully before using the model.
• This product is not intended for use by individuals (including children) with reduced physical, sensory or mental capabilities or lack of experience and / or knowledge, unless they are supervised by a person responsible for their safety and is able to give instructions about how the product should be used. Children should be supervised to ensure that they do not play with the product.
• The User is fully responsible for the correct use of the model.
• The model should not be changed in any way, doing so will invalidate the guarantee.
• Protect the model from strong sunlight, moisture and dust.
• Be aware that some parts of the model may get hot.
• If R/C unit, motor, or battery get wet, clean and dry thoroughly in a dry shaded area.

Operating

• Keep the model away from Children in case it is not appropriate to be used by a Child (see note of age).
• Do not operate your model near radio stations, power lines, transformer boxes or similar facilities! This can result in radio interference, causing loss of control over the model.
• Avoid driving the model to busy places. Never drive on public roads.
• Keep hands, hair and loose clothing away from rotating and heated parts.
• Drive the models only in good weather. Do not drive this models in wind, rain or thunder storms.
• Inspect the model before and after every drive for damage and loosing screws and plug connections. Please ensure that only an intact model is used.
• Your model is made from such materials as plastic and rubber and as such is inflammable. Keep it away from any open flame, or high temperatures.
• Always ensure that the throttle stick is in the low position before you switch on.

Safety precausions for battery

Because of the high power compactivity (up to 150Wh/kg) the cells are quite dangerous and need special care! The company Jamara excludes explicitly, all types of liability for damages, that can occure when using the Lithium- Polymer-Cells inadequate.

• When using the battery incorrect there is a risk of getting fire or acid-injuries.
• Overcharging, too high power, or discharging at low level destroys the cell.
• Protect from mechanical stress (squeezing, pushing, bending, drilling).
• Never open or cut batteries, do not throw into fire, keep away from children.
• Handle damaged or leaking battery with care. Injuries or damages to the product can occure.
• Under no circumstance short-circuit the device and always watch out for correct polarity.
• Protect batteries from heat above 65 °C , mount away from hot objects (for example exhaust pipe).
• Before storing batteries (for example in the winter) charge the battery. Do not store in fully charged or in non charged state!
• The contents of the cell is harmfull for skin and eye.
• If the content comes into contact with skin, clean with plenty of water and take off moisted clothes.
• If the content comes into contact with the eyes, clean with plenty of water and consult a doctor. If the cell overheats, swells, burns or smoke is coming from it, do not touch it under any circumstances. Keep away in a safe distance and prepare adequate extinguishing agents such (No water explosion, well dry sand, fire extinguishers, fire blanket, salt water).

Disposal restrictions
Batteries and accumulators must not be disposed of in domestic waste. You are obliged to dispose of batteries (seperate collection) appropriately. After use you can return batteries free of charge to the retail store. As batteries contain substances that can be irritant, can cause allergy and are highly reactive, separate collections and proper recycling is important to the environment and to your health. If the batteries are marked with a chemical symbol Hg, Cd or Pb below the crossed-out waste bin on wheels it refers to that more than 0.0005% of mercury (Hg), more than 0.002% of cadmium (Cd) or more than 0.004% Lead (Pb) is included.
Electrical appliances must not be disposed of in domestic waste and must be disposed of se-parately. You are obliged to take out the batteries, if possible, and to dispose of the electrical equipment at the communal collection points. Should personal data be stored on the electrical appliance you must remove them by yourself.

Reitter Modellbau Versand
Patricia Reitter
Degerfeldstrasse 11
DE-72461 Albstadt

• + 49 (0) 7432 9802700
• + 49 (0) 7432 2009594
• info@modellbauversand.de
• www.modellbauversand.de 

JAMARA e.K.
Manuel Natterer
Am Lauerbühl 5 DE-88317 Aichstetten

• + 49 (0) 7565 9412-0
• + 49 (0) 7565 9412-23
• info@jamara.com
• www.jamara.com 

info@jamara.com 
www.jamara.com
Service – Tel. +49 (0) 75 65/94 12-777
service@jamara.com 

References

• jamara.com
• Naslovnica - Net.hr
• Bygg din unike bokhylle ved å kombinere ulike seksjoner.
• jamara.com
• Janus Trade
• Modellbau Zentral - Peter Hofer - Altdorf UR
• Reitter Modellbau & Robotics - Zubehör, Ersatzteile, Bausätze

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