Free Shipping over $149*

07 862 5153sales@moto1.nz
Moto1.nz ® Logo
HOME
APPAREL
MX GEAR
ROAD GEAR
CASUAL WEAR
ADVENTURE GEAR
PARTS
AIR & FUEL SYSTEMS
BODYWORK
BRAKES
CHASSIS
CONTROLS
DRIVE
ENGINE PARTS
EXHAUST
SUSPENSION
WHEELS
ELECTRICAL
Accessories
ACCESSORIES
OILS & CHEMICALS
TOOLS
TYRES
LUGGAGE
Specials

Free Shipping over $149*

Moto1.nz ® Logo

Main Navigation

SALE
RADIATOR CAP STOCK 1.1 BAR PSYCHIC SUZUKI KAWASAKI HONDA YAMAHA
RADIATOR CAP STOCK 1.1 BAR PSYCHIC SUZUKI KAWASAKI HONDA YAMAHA

PSYCHIC MX

RADIATOR CAP STOCK 1.1 BAR PSYCHIC SUZUKI KAWASAKI HONDA YAMAHA

SKU: MX-10101
10 In Stock Ready to be shipped from our NZ Warehouse
  • NZ Warehouse
  • No Stock In-Store
For store pickup please contact us.

$14.35
$15.95 $14.35
Stock Item

In stock online

Ships from our NZ warehouse in 1–2 business days

Out of stock online

Check back for further stock

Moto1 Paeroa: In storeNot in store

For store pickup please contact us
  • Free NZ shipping over $149 (excl. rural & bulky items)
  • Ships in 1–2 business days from our NZ warehouse
  • 90-day returns
  • NZ price match
Shipping details

Loading…

Returns policy

Loading…

Price match request

RADIATOR CAP STOCK 1.1 BAR PSYCHIC SUZUKI KAWASAKI HONDA YAMAHA Default Title SKU MX-10101 Our price $14.35

We'll match a lower advertised price from another New Zealand retailer on the same item (same brand, model, colour and size). Clearance products are excluded.

Found it cheaper overseas? Send it through anyway. Once GST and freight are added the gap often closes, and we'll compare it on a landed-cost basis.

Product Description

Upgrade or replace your cooling system's pressure regulator with this 1.1 bar radiator cap. This component is essential for maintaining the correct boiling point of your coolant during intense riding sessions.

  • Calibrated to a standard 1.1 bar pressure rating to match original equipment specifications.
  • Constructed with a heavy-duty spring and high-quality rubber gaskets for a reliable seal.
  • Helps prevent coolant loss and overheating by regulating system pressure effectively.
x