DSE Is currently seeking motorsport engineering contract opportunities for the 2014 season and 2014 Indianapolis 500. Please inquire for details and availability. We specialize in DAG, Assistant Engineering, electrical, data analysis, and other support engineering roles.
Viper Intake Heat Shield Prototype Testing has been completed. A second prototype is being manufactured and will be tested in the coming weeks. The goal is to reduce Intake Air Temps and increase performance.
Membrane steering wheel switch plates for the DW12 IndyCar. Existing design is for the Indy Composite Works carbon fiber steering wheel. Custom designs are possible. Includes Aluminum mounting plate. On track testing in progress
DSE is proud to offer the Reventec line of sensors. DSE is working with Reventec to develop new IndyCar specific sensors that will be available during the 2014 season. Please check their website at www.reventec.com for details.
The April 4th blog post from Gill Sensors features the DSE Indycar ARB Sensor. Developed in April 2012, the sensor continues to be used by many IndyCar teams to get reliable and accurate ARB lever position readings. DSE is always looking for new applications for Gill Sensors and is also an authorized seller of the entire Gill range. Contact us if you think you might have an application suitable for one of their sensors.
The DSE Viper SRT-10 Battery Cover with Quick Release Fasteners and Mounted Battery Tender Connector will improve the fit and function of your 2003-2010 SRT-10 Dodge Viper. Powder Coated Aluminum Battery Cover is lighter weight, quicker and easier to remove, and better looking than the OEM stamped steel version. The SAE 2 Pin Connector mounts below the battery plate and is accessible through the rear vents for quick connection to your Battery Tender. Simple installation uses OEM mounting holes and car can revert back to stock within minutes.
Congratulations to Charlie Kimball on his victory at the 2013 Daytona 24 Hours! Kimball transferred his DSE glucose interface system from the cockpit of his DW12 IndyCar to the Ganassi Riley/BMW for the event, helping him to race to victory. The DGI was developed less than one year ago to transmit the information from Charlie’s blood / Dexcom G4 back through the data system to pit lane. It has been in use since the 2012 Indianapolis 500.
MathWorks contracted DSE to create a demo kit that would allow them to show customers how their xPC Target hardware-in-the-loop simulation product could control a drill motor. The design had to be light weight, rugged, and have a professional look that could withstand the demands of a traveling unit. The components were incorporated into a Pelican case using a motorsport-inspired mechanical design.
These anodized aluminum strain reliefs can be added to your download / jump battery loom after assembly. They clamp around the connector and provide much more surface area for the boot to grip, increasing the overall strength of the car-end connector assembly. The also help protect the connector from damage induced by dropping the loom and include a rubber cap / lanyard to protect the connector from the elements. These prolong the life and performance of your loom and reduce failures due to mechanical damage and water intrusion. These will be standard on all future download loom orders and are included free of charge on your 2011-12 download looms.
DSE has solidified a relationship with Gill Sensors, UK. In addition to future products tailored to specific applications utilizing Gill sensors (such as the IndyCar ARB and WJ sensors), DSE will be able to quote and supply standard and custom Gill sensors for your application. As a Gill reseller, DSE is happy to pass along cost savings realized from this relationship and provide sensors at lower than typical pricing.
The DSE ARB Sensor kit is now finalized and the first units have run successfully during the Indy 500. The initial quantity of sensors was sold out and new stock will be available for purchase in early June. The kit, including all brackets, is cheaper than two string pots and will not wear out over time. Replacement / spare sensors are even more cost effective.
DSE is in the process of developing a lighted pit stop sign which displays the car number in bright LED 7 segment style layout. Please contact for further details if interested.
The DSE short fill fuel system is constantly being developed to include new features. Tank level, fuel flow, and sensor based ‘full fill’ LED I/O are all possibilities. The system can accommodate multiple analog and digital I/Os. If you have an interest in replacing your current system please contact me with your requirements.
The DSE WJ sensor kit allows a Gill 60mm blade sensor to be mounted to the MEG WJ for detecting the position of the WJ after the MEG electronics have been removed from the WJ. DSE also offers WJ a conversion service to allow the MEG WJ to work directly from the Pi driver box.