ACE RC sky tech TS6i+

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Summary

Introducing the Sky Tech TS6 i+

ACE RC AFHSS 2.4 GHz Technology

Explains the Adaptive Frequency Hopping Spread Spectrum technology used in the 2.4GHz system for reliable connection.

ACE RC AFHSS 2.4 GHz Technology Details

Receiver Protection: Vibration and Water

Recommendations for protecting the receiver from vibration, shock, temperature extremes, and moisture.

Charging the Transmitter Batteries

Flying Safety Precautions

Flying Field Recommendations

Advice on choosing a recognized model airplane flying field and paying attention to local rules and hazards.

Pre-Flight Checks and Procedures

Steps to perform before flying, including range checks, powering on/off sequence, and throttle lock usage.

General Safety Warnings

Crucial warnings regarding electric motor startup, servo behavior, transmitter handling, and protection against moisture.

Control and Switch Assignments

Programming Switches and Buttons Overview

LOCK Button Functionality

Safety feature to disable the throttle channel, preventing accidental commands when carrying the model.

Joystick Controls and Functions

Right-Hand Joystick Operation

Controls elevator (forward/back) and ailerons (left/right) in the standard Mode 2 configuration.

Left-Hand Joystick Operation

Transmitter Features Overview

ACE RC AFHSS 2.4 GHz Receiver System

Information on compatible receivers, specifically the TRS603DD, and its features for a satisfying R/C experience.

TRS603 DD Receiver Connection Diagrams

ACE RC 2.4 GHz Receiver Features and Setup

System Power On;Off Sequence

Correct sequence for turning the transmitter and receiver on and off to ensure proper system operation.

Binding Process for Receiver and Transmitter

Step-by-step guide to bind the ACE RC 2.4GHz receiver to the transmitter, including LED indicators.

Receiver Setup and Linking

Pre-Flight Function Check

Performing a Range Check

FAIL-SAFE and Hold Mode Functionality

Explanation of FAIL-SAFE and Hold Mode, including setup, activation, and safety recommendations for critical situations.

FAIL-SAFE Setup Procedure

Testing the FAIL-SAFE Setting

Disabling FAIL-SAFE and Activating Hold Mode

Range Check Functionality

Using the Power-Down Mode for Range Checks

Detailed steps for activating the power-down mode on the transmitter to perform an effective range check.

Receiver-Servo Connection List

Transmitter Displays and Messages

Low Voltage Warning Display

Alerts the user when the transmitter battery voltage drops below 6.6 volts, indicating the need to land.

Initial Setup Menu Programming for All Aircraft

Selecting a Model Slot

How to choose an available model memory slot for programming a new aircraft.

Selecting the Model Type Baseline

Choosing between ACRO, GLID, or HELI as the baseline programming for the aircraft model.

Initial Setup Menu: Model Type and Timer Configuration

Heli Swash Plate Type Selection

Model Setup Menu Programming for ACRO Aircraft

EPA (End Point Adjustment) for Aircraft

Setting servo travel limits (0-125%) to prevent binding and fine-tune control surface movement.

D;R (Dual Rate) Functionality

Reducing control throws with a switch for smoother flying at higher speeds or for beginners.

EXP (Exponential Rate) Functionality

Softening stick response around neutral for smoother, more controllable flight, reducing beginner stress.

S. TRM (Sub Trim) Functionality

S. REV (Servo Reverse) Functionality

EPA (End Point Adjustment) for Aircraft

Aileron End Point Adjustment

Adjusting end points for ailerons, including considerations for single or dual servo setups.

Elevator End Point Adjustment

Setting end points for elevator up and down travel to ensure proper alignment and prevent binding.

Throttle End Point Adjustment

Adjusting throttle end points for idle and full throttle positions to ensure accurate engine control.

Rudder End Point Adjustment

Setting end points for rudder left and right movement for precise directional control.

Flap;Landing Gear End Point Adjustment

D;R (Dual Rate) Functionality

Setting Elevator Dual Rates

Setting Rudder Dual Rates

EXP (Exponential Rate) Functionality

Setting Up Exponential Rates

Procedure for applying negative exponential to soften stick response around neutral for improved control.

S. TRM (Sub Trim) Functionality

Setting Sub Trim Values

S. REV (Servo Reverse) Functionality

Reversing Servo Direction

CUT (Engine Cut Function) Setup

Setting Up the Engine Cut Function

FLT. C (Flight Conditions) Setup

Configuring Dual Rate and Exponential for Flight Conditions

Sailplane Controls and Switch Assignments

Model Setup Menu Programming for GLID Aircraft

CROW (Glide-Path and Airspeed Control) for Gliders

Setting Up CROW Functionality

Model Setup Menu Programming Overview

T. CV (Throttle Curve) Setup for Helicopters

P. CV (Pitch Curve) Setup for Helicopters

GYRO (Gyro Gain) Setup for Helicopters

Adjusting Gyro Settings

Steps to set gyro gain values for different flight modes (NOR, ST1, ST2) for optimal stability.

HOLD (Throttle Hold) Functionality

SWAH (120 SwashPlate Programming) for Helicopters

Swashplate Programming Steps

Steps to adjust swashplate servo movements for collective, aileron, and elevator control without rotation.

SWAH Swashplate Programming Adjustments

FLT. C (Flight Conditions) for Helicopters

Setting Up Flight Condition Modes