Released at SEMA 2017, the GenV wastegate range was part of 3000+ new products unleashed on the market. Just another wastegate right? Wrong. The GenV External Wastegate range has proven itself in the heat of Motorsport time and time again since release. Want to know how we did it, and what makes it different? Read on
Going back to the drawing board on an entire wastegate range with 20 years of research and development, manufacturing experience and feedback from customers, racers and motorsport engineers all around the globe meant a serious rethink – not just a tidy up! The GenV range is more than a design change or minor upgrade, it’s an architecture to build on. Taking all that feedback and experience on, the only thing aspect of design our engineers kept was the inlet & outlet flange orientation, so that just about anyone could benefit from the new advanced design.
The project of developing the GenV External Wastegate range was an intensive 2-year project, taking in years of data collection and market analysis. Each housing size from the traditional 2 bolt 38mm housing, through all V-Band solutions from 40mm up to 60mm, were CFD optimized to ensure no matter which size our customers purchased, they had the highest possible flowing valve on the market. Many CFD and analysis design features were incorporated at this time, other than the wastegate body itself. The observant eye will notice features on both the valve itself and the valve seat as well.
Why is a high flowing valve important? In simple terms, the more your valve flows, the more control you have. Increasing the flow increases the ‘tuning window’ available on a given set up, which can be further increased with improved wastegate priority. A well prioritized high flowing wastegate allows you to fit a smaller gate, and remember; #SmallerLighterFaster.See a cut-away view of our GenV Power Gate 60mm Wastegate with compressed gas technology (below). The design features on the valve also aid with the next part of the design process, ensuring the GenV range has market-leading thermal performance. There are a few principles to ensuring you have the most thermally stable and reliable wastegate on the market and they are; 1: maximizing energy transfer through the gate itself, 2; reducing the amount of heat that will then get to the actuator housing and finally, 3: Ensuring the actuator itself is robust.
A high flowing wastegate is an efficient one and this means less heat left in the gate assuming all other things are equal. On top of this, computer modelling and analysis allowed our Engineers to adopt design features that minimized heat transfer into the actuator housing and finally, ensure the springs and the diaphragm itself was ahead of the game. Further to the basic design, Thermal Composite Insulators were introduced either side of the valve guide further reducing the thermal transfer.
With Thermal Performance in hand & drastically improved over our nearest rival, the entire concept was put the test - Over 3 Million cycles were performed over our various wastegate sizes. Cycle testing, at 1200° C (2192° F) was always part of the planned program and each variant was put to the test and all predictions and modelling validated on gas stands in-house. To put that into perspective, the most demanding motorsport expectations are generally around 1100° C (2012° F) so we wanted to make sure our customers had headroom.
- Class-Leading Thermal Performance
- Class-Leading, CFD & Validated Flow Performance
- Class-Leading Fatigue Resistance
- CNC Construction with Nitronic 60 Valve Guide
- High Temp 347 Stainless Steel Body
GenV Advanced Features
- Thermal Composite Insulator
- Modular, 360° Rotatable Housing
- Liquid Cooling Provision
- Mil-Spec Nomex Diaphragm
- EV8 High-Performance, Forged and
- Hard chromed Valve
- Strap type V-bands
- A myriad of available spares, accessories, and upgrade kits