The Sparco QRT-K seat is one of the lightest seats on the market at 13.5 pounds. Constructed from 'Pre-Preg' aerospace grade Carbon Kevlar and looks amazing with the exposed yellow/black weave. Designed for waist sizes up to 36 inches. Sold individually, price is for one seat. Mounting options are sold separately.
Purchase Includes:
(1) Seat
Shipping Times:
Typically 1-2 weeks. Sparco seats will ship directly from the warehouse.
Mounting:
The QRT-K is a 'Side Mount' seat and can use a , and will REQUIRE the . All mounting options are sold separately as each application will vary.
Technology:
• Sparco Competition Series
• Ultralight Carbon Kevlar composite shell
• Weighs 13.5 pounds fully trimmed (including cover and padding)
• Visible Carbon Kevlar weave
• Excellent fitment into small cockpits
• Large size driver fitment
• Excellent ergonomics
• Fire retardant fabric
• Special non-slip fabric
• FIA approved
• Size Large – up to a 36' waist (pants size)
More from Sparco:
The QRT-K is a full Carbon Kevlar version of the QRT-R. The QRT-K looks amazing with the exposed yellow/black Carbon Kevlar weave. The QRT-K is one of the lightest seats on the market. The QRT-K weighs 13.5lbs fully trimmed (with padding, cover and harness guides) and is constructed from “Pre-Preg” aerospace grade Carbon Kevlar. The QRT-K was specifically designed for a larger driver and it can fit a 36” waist (pants size) driver. The QRT-K is unique because it was designed to fit a larger driver but has excellent fitment into smaller cockpits. The QRT-K requires the special QRT Side mounts (#600QRT) which allows the seat to be raked back for a comfortable ergonomic seating position. The QRT-K is FIA approved.
What is QRT?
Designed and developed at the Sparco OEM Composite Laboratory in Italy, QRT is a patented state-of-the-art technical process, based on aerospace technologies. QRT creates an unparalleled mechanical strength to weight ratio. This innovative production method generates the lightest composite seat shells currently on the market, in fact, it guarantees a reduction in total weight of up to 30% compared to traditional production methods.
