Find or Sell any Parts for Your Vehicle in USA

Arias Pistons 12.5:1 Compression 82mm Bore Honda B-series on 2040-parts.com

US $499.99
Location:

Orlando, Florida, United States

Orlando, Florida, United States
Condition:New Brand:Arias Manufacturer Part Number:3330420

Categories
WHY CHOOSE US
Arias Pistons 12.5:1 Compression 82mm bore Honda B-Series
Description

Honda/Acura B18c1 DOHC VTEC 
1.8L 
Stock Bore: 82mm
Stroke: 3.433
Rod: 5.430
Head CC: 41.6
Gasket: .028
Deck: .005
Compression Height: 1.180
Dome CC: 6
Compression Ration with Stock Head: 12.5:1 
Required Ring set: 1012303228



Payment is accepted only through Paypal.

We will only ship to the Paypal confirmed shipping address.

Payment for orders should be made within 5 business days.

Sales tax will be charged for orders from Florida.

If you require another payment arrangement, please contact us by email or eBay seller messages.
You may also like this

Mini aims to add 3 models by decade's end

Tue, 17 Jan 2012

BMW's Mini brand will add three models by the end of the decade, said Kay Segler, Mini's global boss. Segler would not disclose details about the models but said they will likely use an all-new BMW Group front-wheel-drive platform that debuts with the second-generation Mini Cooper hardtop in 2014. The added vehicles will bring the number of Mini models to 10.

Dacia will offer “Shockingly Affordable” UK car prices says Renault

Sun, 01 Apr 2012

Dacia Duster promises to be sub £10k in the UK Renault’s budget brand Dacia will offer “Shockingly Affordable” prices in the UK from 2013. Dacia Duster SUV under £10k and Sandero under £7k. This week Renault announced a ’100 Day Countdown’ to the arrival of the Dacia brand in the UK (well, strictly speaking, that’s a re-arrival) although the reality is that Dacia vehicles won’t actually arrive until January 2013, although you will be order one in June.

PACE's global Portable Assisted Mobility Device project gets underway

Thu, 11 Apr 2013

The Partners for the Advancement of Collaborative Engineering Education (PACE) has challenged selected global college teams to design a Portable Assisted Mobility Device (PAMD) that will help solve mobility and sustainability problems within megacities in 2030. Each team of selected global colleges will consist of one Industrial Design Institution and several Engineering and Manufacturing Institutions, with students working alongside their professors and industry mentors to help develop their designs for a small power-assisted vehicle that can be taken on public transport, stowed or carried indoors.  The PAMD concepts are designed to carry one passenger and their personal items such as a briefcase or backpack. The PAMD must address the transportation issues as the population grows within a target market that the teams specify.