• 49mm Bell rear spoiler
  • Bell Rear Spoiler
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Bell Rear clear Spoiler For Bell HP7/RS7/HP5/GT5/KC7 Helmets

Bell Helmets // 2050034

$169.00 NZD Exc. GST
$169.00 NZD Exc. GST Sale
Sold out
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Need Help?

You can contact us via our chat box on our website, phone or email.

Aaron Harris: +64 27 449 9654 & aaron@harriscomms.co.nz

Rex Harris: +64 21 682 912 & rex@raceradios.co.nz

Shipping & Delivery

New Zealand:

  • Nationwide delivery for just $14 NZD ($19 for helmets).
  • Delivered by NZ Couriers or Post Haste.
  • Delivery Time: 1-7 days (avg. of 1.3).
  • Free Local Pickup is also available from 15 Michael Road, Paraparaumu 5032.

Australia:

  • Standard shipping costs $36.95 AUD ($49.95 for helmets).
  • Delivered by Asendia, DHL Express or FedEx.
  • Delivery Time: 7 - 14 days (avg. of 7.8).
  • For large items we may need to contact you if the freight is higher than expected.

Secure Payment Methods

We accept Apple & Google Pay, Debit or Credit Cards, and PayPal for easy and secure transactions.

Exclusively for our New Zealand customers, we offer Afterpay and Bank Transfer.

Bell Rear Spoiler – Aerodynamic Enhancement for Bell Helmets

The Bell rear spoiler is compatible with the Bell HP7, RS7, HP5, GT5 Sport, and KC7-CMR helmets, attaching securely with high-strength, double-sided adhesive to ensure it stays in place once applied. Designed to enhance the aerodynamic performance of your helmet, this spoiler improves stability at high speeds, providing a smoother ride.

Features:

  • Customizable – Easily painted to match your helmet's design.
  • Secure Attachment – High-quality double-sided tape for reliable adhesion.
  • Proven Performance – Widely used by F1 and single-seater drivers for added stability.

Size Guide:

  • Small (38mm) – Suitable for KC7-CMR helmets only.
  • Medium (43.5mm) and Large (49mm) – Fit GP3 Sport, GP3 Carbon, and other compatible models. (Please note: Size refers to spoiler size, not helmet size)

Upgrade your helmet’s performance with the Bell rear spoiler, trusted by top drivers for optimal aerodynamics and stability.

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