Learn what can be done with GPS and how to use it. Topics include:

• Overview of different GPS modules, update rate & accuracy
• Lap timing setup with GPS
• Managing venues and their GPS locations
• How to identify good verus bad GPS data
• Creating inside & outside lines for line analysis
• Math equations utilizing GPS

Class length: 2 hours

Learn how to download data like a Pro. This class will focus on the following topics:

• setting up data file folder structures
• using the detail editor
• follow the rules to “sessions” and “comments”
• downloading tips & tricks
• Yes you can wireless download
• managing data files in i2

Class Length: 2 Hours

This class dives into the use of Data Overlays and how to compare one lap to another.

• selecting laps
• time vs distance mode
• why does my data not line up?
• beacon offsets
• correcting bad speed data with GPS speed
• time variance
• interpreting the channel SPEED

Class Length: 3 hours

Seminar covers the following topics:

• creating track maps
• dividing your track into sections
• all the in’s & out’s to section timing
• using section timing to identify fastest corners
• when is a “theroretical fastest lap” wrong
• making your “theroretical fastest lap” right

Class Length: 2 hours

Realize the true potential of using video when combined into your data analysis! You will learn and discover:

• Overview of existing video recorders, their capabilities and their limitations
• Installing and configuring the right video codec
• Auto-syncing with data
• Manual syncing with data
• Conversion to different video file types for better comparisons (playing multiple videos at once)
• How to properly share video & data with drivers or other team members

You can get a head start by watching the MoTeC webinar: Synchronising VCS Video with Data

Class Length: 3 Hours

Setting up a Power Distribution Module or PDM can be a taunting task. With plenty of tricks this class will introduce you to what’s popular and what the device is capable of doing. Topics include:

• PDM’s CAN communication to other devices
• Keypad design and programming
• Output setup and retry strategies
• “Automatic Turn Off” of devices during starting to maximize starter power
• “Delayed Power On” strategy for multiple devices to decrease initial startup loads
• Low voltage states which can turn off select items as alternator fails and battery voltage drops
• Headlight flashing sequences
• Fuel pump strategies; prime, normal, reserve & warnings to the driver
• Channel naming conventions to make life easier

Class Length: 6 hours