Get ready to dive into the engine bays and unleash the secrets of high-performance engineering! In this exclusive interview, Curt Dusterhoff of Dusterhoff Racing sits down with Jesse Kloth of SDG Motorsports, taking you on a thrilling journey through the intricate world of IHI blowers.
Buckle up as we explore the nuances of IHI blowers, dissecting their strengths, addressing common concerns, and unveiling the distinctive features that set SDG Motorsports apart in the competitive market. This candid conversation between two industry experts promises to be a riveting ride for gearheads and racing enthusiasts alike.
Curt Dusterhoff: Thank you, Jesse, for joining us. To kick things off, can you provide an overall review of IHI blowers, highlighting their strengths and areas for improvement?
Jesse Kloth: Absolutely. In my experience, IHI blowers, especially the screw compressors, have tight clearances and high speeds. Bearing specification and installation are critical. Improper replacement specs or installation lead to instant failures. It’s a myth that frequent bearing replacement is needed for “race applications.” Genuine failures are rare, and noisy units in early models were addressed with a part number change around 2017.
Curt Dusterhoff: Bearing failures are a concern. What are the common causes, and how can owners prevent them?
Jesse Kloth: Improper bearing replacement and installation are top causes. The IHI screw compressors demand precise handling. Noisy units don’t necessarily signal failure; often, it’s a finish issue. Using quality bearings is key; shops claiming frequent replacements may lack confidence in their procedures.
Curt Dusterhoff: Blower failures are setbacks. What are common reasons, and how can owners address them?
Jesse Kloth: Rotor speed is critical. Increased speeds raise temperatures, affecting rotor and air. Aluminum rotors have limits; keeping speeds around 19,000rpm (female rotor) ensures longevity.
Curt Dusterhoff: In a competitive market, what sets SDG Motorsports apart regarding IHI blowers?
Jesse Kloth: Quality comes first. We prioritize quality over quantity and focus on what makes sense for the market. Extensive engineering ensures our products are top-tier in performance and quality.
Curt Dusterhoff: What are safe blower speeds for the 2.4, 2.7, and 3.0 IHI blowers, and what considerations should owners keep in mind?
Jesse Kloth: Safe speeds stay below 19,000rpm (female rotor). The 2.38L lasts longer due to its design compared to the 2.7L and 3.0L.
Curt Dusterhoff: Regarding porting IHI blowers, what areas provide performance gains?
Jesse Kloth: SDG focuses on component upgrades over casting modifications. Porting existing castings doesn’t yield significant benefits. We use better materials and R&D to enhance strength and airflow, providing the best components for the Hellcat platform.
Curt Dusterhoff: Beyond technical aspects, what interests Hellcat owners about IHI blowers?
Jesse Kloth: The Hellcat experience is already fantastic, but our products enhance the “go” part, making it more extreme and enjoyable for Hellcat owners.
Curt Dusterhoff: Thanks for your time, Jesse. I appreciate you providing some insight into many of these topics and hopefully, our readers do as well. |