2026 Renault Captur 5D Hatch
Takanini, North IslandKey details
- Odometer
- 86 KM Showing
- Colour
- Black
- Transmission
- Automatic
- Engine
- 1.33 L Injection
- Body
-
5
D Hatch
Item Location
Hornby, Christchurch, South Island
Sales Information
- Auction
-
Lot
42
CLEARANCE AUCTION - Cars, Repo's, 4WD's Commercials
View all units in this Sales Event - Start Time
- 11:00am NZST on Tue 22 September 2026
- Stock No
- 7438208
- Before finalising your bidding/buying, please view the associated fees:
- Buyer Fee
- If purchase price is less than $2001 $350.00
- If Purchase Price is $2,001 or greater - $475 + 2.00%
Features
- Air Conditioning
- Drivers airbag
- Front passengers airbag
- Metallic paint
- Navigation System
- Side Impact Air Bags
Details
- Build Year
- 2026
- Compliance:
- 06/2026
- Make:
- Renault
- Body Type:
-
5
D Hatch - Model:
- Captur
- Body Colour:
- Black
- Variant:
- Doors:
- 5
- Seats:
- 5
- Odometer:
- 86 KM Showing
- Transmission:
- Automatic
- Engine:
- 1.33 L
- Drive Type:
- Front Wheel Drive
- Fuel Type:
- Hybrid
Info
- Registration
- RWG646
- VIN
- VF1RJB005S0870537
- Reg Expiry
- 09/2027
Recall Disclaimer
Assets sold through Manheim auctions may be subject to a recall. Buyers are responsible for conducting their own searches on assets to determine whether a recall applies, including but not limited to checking the original equipment manufacturers' website, before deciding whether or not to participate in the auction. Further terms and conditions apply and are available here.
Comments
Location: Christchruch 2026 Renault Captur ‘Techno’ Mild-Hybrid (Like New Condition) 1.3lt Turbo Petrol Mild-Hybrid Engine (116kW) 7-Speed Dual-Clutch Auto with Paddle Shift Adaptive Cruise Control Active Safety Technology (AEB, LKA, BSM, Cross Traffic Alert, Safe Exit Alert) 10.4” Infotainment Display with Wireless Apple CarPlay & Android Auto Heated Steering Wheel The 2026 Renault Captur features a 1.3lt Turbo Petrol Engine paired to a 7-Speed Dual-Clutch Auto to deliver 116kW of power with Mild-Hybrid technology to improve fuel efficiency and responsiveness.