Race Technology Knowledge Base | StepByStepGuideToDesigningASimpleOverlay / SavingAndLoadingOverlays

Hardware
ANALOG8
- Parts Supplied
- Before using the unit
- Connecting to other equipment
  - Daisy Chaining Analog8
  - PC Config and Reflash
- Data output
- Pin connections
- Specifications
- Software
- How Do I
  - Connect 1 or 2 wire sensor
  - Connect CAN output
ANALOG16
- Parts supplied
- Before starting
- Specification
- LED functions
- Mounting the unit
- Connections
CAN Interface
- Introduction
- Parts Supplied
- Before You Begin
- Description
- Connecting CAN to Other Equipment
- Terminating the CAN
- Configuration
- Channel Names
- Byte Ordering
- Pin Connections
- Physical Parameters
- Software
CATS
- Quickstart Guide - Brake Testing
DASH2
- Introduction
- Technical Specification
- What is in the box
- Installation
- Getting started
  - Setting up from a PC
- Operation
- Lap timing
- Reflashing
- FAQ
- Software
- How do I
- Potenza Version
DASH2 PRO
- Introduction
- Technical Specification
- What is in the box
- DASH2 PRO Installation
- Getting started
  - Setting DASH2 PRO up from a PC
  - DASH2PRODefaultConfiguration
- DASH2 PRO Operation
- DASH2 PRO Lap timing
- FAQ
- Software
- DASH2 PRO - How do I
DASH4PRO
- Software Support
- Technical Specification
- Typical DASH4PRO System
- Installing The DASH4PRO
- Operating the DASH4PRO
- Connections
- Displaying Data
- Displaying information messages
- Performance Meter
  - Performance meter settings
- Lap Timing on DASH4PRO
- Live Time Slip
- Setting up Alarms
  - Cancelling and Clearing Alarms
- Configuring the DASH4PRO Unit
- Reflashing The DASH4PRO
- How To
  - Adding A Gear Indicator
- FAQs
DASH4PRO FD
- Software Support
- Technical Specification
- Typical DASH4PRO FD System
- Installing The DASH4PRO FD
- Operating the DASH4PRO FD
- Connections
- Displaying Data
- Displaying information messages
- Lap Timing on DASH4PRO FD
- Live Time Slip
- Setting up Alarms
  - Cancelling and Clearing Alarms in DASH4PRO FD
- Configuring the DASH4PRO FD Unit
- Reflashing The DASH4PRO FD
- How To - DASH4PRO FD
  - Adding A Gear Indicator
- FAQs - DASH4PRO FD
DL1 MK3 / CLUB
- Introduction
- Tech Specification
- Installation
- Quick Start Guide
- Operation
- External sensors
- Connections
- How do I
- FAQ
- Software
DL1 PRO / WP and and DL2
- Introduction
- Differences between DL1 PRO and DL1 WP
- Tech Specification
- Installation
  - DL1 PRO / WP
  - DL2
- Quick Start Guide
- Operation
- External sensors
- Connections
  - DL1 PRO / WP
  - DL2
- Live Speed option
- How do I
- FAQ
- Software
DL1 SPORT
- Introduction
- Tech Specification
- Installation
- Quick start guide
- Operation
- External sensors
- Connections
- How Do I
- FAQ
- Software
ECU Interface
- Parts Supplied
- Before using the unit
- Connecting to Other Equipment
  - PC configure and reflash
  - Daisy Chaining
- Configuration
- Data output Channels
- ECU Decode License
- ECU Type
- Pin Connections
- Specifications
- Software
- Requirements for ECU interface data
- Other references
- How do I
  - Check interface is working
GNSS2
- What is in the box
- Specification
- Connections
- Display information
- Output data format
- Selection of GNSS correction source
  - Using radio link modem
  - Using internet connection
- Installing the GNSS2
- GNSS2 software
GPS2
- Overview And Features
- What is in the box
- Specification
- Connections
- LED Functions
- Output Data Format
- Selection of GNSS correction source
  - GPS2 RTK using with base station
  - GPS2 RTK using with Internet Connection
- Installing the GPS2
- Using the GPS2 with the Race Technology CATS
IMU06
- Specifications
- Connections
- Waterproof Version
- Installing Configuring and Calibrating
- Dimensions
- Mounting the unit
  - IMU06
  - IMU06WP
- Data Formats
  - CAN Data Format
  - RS232 data format
IMU06-tactical
- Specification
- Mounting the unit
- Connections
OBDII Interface
- Universal OBDII
- CAN OBDII
Pass-by R41-R51 Noise Emissions Test System
- Overview And Features
- R41 Test Procedure
- Specification
- What Is In The Box
- Installing The System
- Setting Up The Test Site
- Installing the PC software
- Configuring The System
- Performance Software
- Status LED Meaning
- Producing Noise Emissions Results
  - Calculations Spreadsheet
- Frequently Asked Questions
RT CONNECT
- What is in the box
- Specification
- Connections
- Display information
- Output data format
- Installing the RT CONNECT
- RT CONNECT software
RT LIVE v2 - motorsport and industrial
- What is in the box
- Quick Start Guide
- Specification
  - RT Live v2 Aux Messages
- Installation
- Connections
- Power consumption
- Data Priority and Data Rates
- Data security
- Configuring the RT LIVE unit
- Status LCD
- Information and warning messages
- Connecting to other equipment
- iButton driver identification
- How do I connect to AiM device
- Lap timing
- Terms and Conditions for RT LIVE
- Registering a RT LIVE unit
- Operation of the RT LIVE Web site
- RT LIVE billing
- Optional data SIM package
- Setting up SIM cards
RTK BASE
- What is in the box
- Specification
- Connections
- Display information
- Output data format
- Installing and configuring the RTK BASE
- RTK BASE software
- Restarting after power off or moving the antenna
RTK BASE Portable
- What is in the box
- Specification
- Connections
- Display information
- Output data format
- Installing and configuring the RTK BASE Portable
- RTK BASE Portable software
- Restarting after power off or moving the antenna
- Charging the RTK BASE Portable
RTSS
- Introduction
- Technical Specification
- Installation
- External Sensors
  - GT Cup
- Connections
- Standard GT Loom
- Software
  - Race Series Manager
  - DL1 Configuration Software
- RTSS - How do I
RTSS S, L and SL
- Technical Specification
- Installation
- Connections
- Software - RTSS S, L and SL
- How do I - RTSS S, L and SL
SPEED10
- Parts supplied
- Before starting
- Specification
- LED functions
- Mounting the unit
- Connections
SPEEDBOX
- Overview and Features
- SPEEDBOX MINI
- Installation
- Operating the SPEEDBOX
- Using SPEEDBOX data in Analysis
- Getting results from the SPEEDBOX
- Processing the SPEEDBOX CAN data
- SPEEDBOX INS option
- Output Data Formats
- LED Functions
- Specifications
- Dimensions
- Connector Details
- Accuracy
- Triggered test measurement values
- FAQ
  - Gradient and pitch
  - Altitude standard
THERMO12
- Parts supplied
- Before starting
- Specification
- LED functions
- Mounting the unit
- Connections
USB programming lead
Sensors
- Sensor calibrations
- Temperature sensors
- Pressure sensors
- Movements sensors
  - Steering Angle
  - Throttle Angle
- Other sensor types
Legacy Products
- Important notes about compact flash
- Pedal position sensor
- Fuel flow sensor
- VIDEO4
- Connecting Hardware
- RT LIVE
Connecting Hardware
- Unit Configurations
  - DL1 Config for DASH
  - DL1mk2 Config to record data from SPEEDBOX
  - DL1mk3 Config to record data from SPEEDBOX
  - SPEEDBOX for use with DLx
- Powering ECU adapters
- CAN OBD adapter
- Serial OBD adapter
- DLx - ECU
- DLx - ECU - AM8
- DLx - DASHx
- DLx - ECU - DASHx
- DLx - ECU - AM8 - DASHx
- DLx - ECU - PC
- ECU - DASHx
- ECU - PC
- DLx - IMU06
- DLx - IMU06 - DASHx
- DLx - SPEEDBOX
- DL2 - THERMO12_ANALOG16
- DL2 - THERMO12_ANALOG16 - SPEEDBOX
- DASH4PRO - THERMO12_ANALOG16
- RT LIVE - DL1
- RT LIVE - DASHx
- RT LIVE - DL1 - DASHx
- RT LIVE - DL1 - DASHx - ECU interface
Lap Timing Guide
- Adding markers using the Analysis
- Adding markers from a dashboard
- Configuring DL1-VIDEO4-DASHx
- Configuring DL1-DASHx
- Common errors when doing lap timing
- Circuit locations
General
- External Inputs
- Mounting a GPS antenna
- Power supply requirements
- Adding wheel speed sensors
- General advise for first use
- Compact Flash Card Information
- CAN Termination
- Connecting RPM sensors
- General unit mounting points
- Acceptable temperature and vibration
- 4G LTE Certification

Saving and loading overlays

To save your overlays to disk and re-load them again, use Save

and Load

command buttons in the tool bar.

Click Save button to open the "Save File" dialog

Delete the auto generated name of the overlay (OVERLAY_ddmmyy_ssmmhh) and give it a different name such as �My_First_Video_Overlay�

Save your overlay to the default overlay destination path where all factory designed overlays reside (as shown in the above screenshot).

Note: Overlay customization tools only lists the overlays saved in the default path. If you save this overlay to a different path, make sure you move the overlay to the default path before using the tool.

If your windows installation is on the C drive, the default overlay destination path will be:
C:\Users\Public\Race Technology\<User account name>\OverlayFiles