DHK Hobby Wolf User Manual

Essential pre-operation checks and understanding for safe and proper use of the RC model.

Important safety precautions regarding age restrictions, supervision, and user responsibility for accidents.

Detailed specifications for the WOLF model, including dimensions, weight, and gear ratio.

Detailed specifications for the RAZ-R model, including dimensions, weight, and gear ratio.

Description of the 2-channel 2.4GHz radio transmitter and receiver system included with the models.

Details about the Version A configuration, featuring a 6-cell NiMh battery and its compatibility.

Technical specifications of the Electronic Speed Controller (ESC), including input voltage, current, and protection features.

Step-by-step instructions for operating the ESC, including connecting battery, power, and using controls.

Details about the Version B configuration, featuring a 7-cell NiMh battery for improved performance.

Key features of the High Voltage ESC, including auto-search, overheat protection, and Lipo low-voltage protection.

Technical specifications for the High Voltage ESC, covering current ratings, voltage range, and BEC voltage.

Instructions on how to achieve forward, brake, and reverse functions, and switch battery types using the Skipping Needles Matrix.

Specifications for the WOLF model's servo, including gear type, working voltage, torque, and weight.

Specifications for the RAZ-R model's servo, including gear type, working voltage, torque, and weight.

Essential warnings and precautions for handling and charging NiMh batteries to prevent damage or accidents.

Safety caution regarding electrolyte contact with eyes or skin from NiMh batteries.

Information on the environmental impact of NiMh battery disposal compared to NiCd batteries.

Definition and explanation of an Electronic Speed Controller (ESC) and its function in RC models.

Explanation of brush DC motors, their construction, and how motor turns affect performance like torque and speed.

Definition and explanation of RC servos, how they are controlled by PWM signals, and their typical applications.

Part numbers and descriptions for differential gear box, gears, drive shafts, and axles.

Part numbers and descriptions for steering plate, servo saver, tie rods, and linkage components.

Part numbers and descriptions for front and rear suspension arms, mounts, and related hardware.

Part numbers and descriptions for shock absorbers, springs, and mounting hardware.

Part numbers and descriptions for body mounts, bumpers, and wing attachment parts.

Part numbers and descriptions for various screws, nuts, washers, ball bearings, and bushings.

Part numbers and descriptions for the 2.4GHz transmitter, receiver, and associated chargers.

Part numbers and descriptions for the chassis, upper decks, and mounting structures.

Part numbers and descriptions for buggy/truggy wheels, tires, and painted/clear body shells.

Part numbers and descriptions for motors, servos, motor gears, and mounting components.

Details about the High Voltage ESC for Raz-R, Version B.

Details about the 8.4V NiMh battery charger.

Description of the 2.4GHz LCD transmitter.

Part number and description for optional plastic side guards and metal chassis.

Detailed section on the standard 2.4GHz transmitter, including safety and specifications.

Important safety precautions for operating the 2.4GHz transmitter and receiver.

Technical specifications for the 2.4GHz transmitter, covering channels, range, and power.

Overview of the standard 2.4GHz transmitter parts and their functions, including controls and indicators.

Identification and function of the transmitter's antenna, power switch, and LED indicator.

Identification and function of the transmitter's throttle trigger, steering wheel, and menu/data keys.

Identification and function of the battery compartment cover and battery case.

Description of receiver ports for power and signal connections.

Procedure for binding the receiver to the transmitter, including LED indicators.

Overview of key operations for navigating menus and adjusting settings on the transmitter.

Explanation of the LCD display interface, showing voltage and status.

Information on battery status display, low voltage warnings, and function reset procedures.

Procedure for setting frequency duplication to avoid interference when using multiple transmitters.

Guide for setting up and naming transmitter modes for memory management and easy control.

Instructions for setting the steering servo's forward and reverse direction (ON/OFF).

Instructions for setting the throttle speed's neutral position and direction (ON/OFF).

Instructions for setting the 3rd channel's forward and reverse direction (ON/OFF).

Procedure for setting the steering servo's neutral position and parameters, indicating L.F.U, R.B.D.

Procedure for setting the throttle speed's neutral position and parameters, indicating L.F.U, R.B.D.

Instructions for adjusting the steering servo's angle parameter.

Instructions for adjusting the throttle servo's forward and reverse angle.

Procedure for setting steering servo travel angle for left/right steering.

Procedure for setting throttle speed (forward/reverse) by adjusting EPA.

Instructions for setting up the throttle ABS brake system to ON/OFF.