Proton has officially announced that it will be building a new range of engines to replace the ageing CamPro mills it has used since 2004. The new powertrains, as confirmed by chief technical officer Abdul Rashid Musa last year, will include direct injection and will be offered in both naturally-aspirated (GDI) and turbocharged (TGDI) forms, and is slated to enter production by the end of 2017.
The engines – costing a total of RM600 million to engineer – have been in development since last year, with engineers having been dispatched to the United Kingdom and engineering partners Ricardo and Lotus since March. In total, there are four different engine series being developed by Proton, with two three-cylinder engines and two four-cylinder mills.
The three-pots with variable valve timing (VVT) displace 1.0 litres and 1.2 litres respectively, while the inline-fours with direct injection (GDI/TGDI) are 1.3 litre and 1.5 litre units. The engines will come with Dual VVT, a timing chain, an integrated exhaust manifold and longer service intervals. In total, there will be six different engine variants which are:
- 1.0 litre three-cylinder VVT
- 1.2 litre three-cylinder VVT
- 1.3 litre four-cylinder GDI
- 1.5 litre four-cylinder GDI
- 1.3 litre four-cylinder TGDI (turbo)
- 1.5 litre four-cylinder TGDI (turbo)
Proton CEO Datuk Abdul Harith Abdullah claims that the most powerful of them, the 1.5 TGDI, will produce as much as 180 hp and 250 Nm, while fuel savings are quoted at around 25% over the Iriz‘ VVT engines, themselves 15% more frugal than older CamPro engines.
The performance and fuel efficiency will be coupled to a new torque converter CVT automatic developed in parallel – rumours indicate that the transmission will be sourced by Jatco, after a booth belonging to the Japanese CVT specialist was spotted at the Alami Proton open day last year.
In total, the engines will cover the equivalent of 4.8 million km in testing. After that, the engines will make the trek back to Malaysia in September, where integration will take place before the end-2017 on-sale date. The engines are said to meet the most stringent emissions requirements in the world – including the upcoming Euro 6c regulations – and Proton hopes they will continue to be used well beyond 2020.
Why the UK? Well, the procurement of Petronas’ NE01 engine technology, including GDI and TGDI systems (remember, Proton procured the technology from Petronas in 2012), was shared between Petronas and Ricardo, so it makes sense for the national carmaker to continue with the arrangement.
AD: Drive the Proton model of your dreams. Submit your details and Proton PJ will get in touch with you.
Looking to sell your car? Sell it with Carro.
AI-generated Summary ✨
The comments reflect a mix of optimism and skepticism regarding Proton’s new GDI and TGDI engines, with many praising the technological advancements, modern design, and the move towards Euro 6 compliance. Enthusiasts are excited about the potential competitiveness of Proton’s engines, comparing them favorably with global standards and other automakers like Volvo and Volvo’s Drive-E engines. However, there’s also significant criticism questioning Proton’s reliability, past quality issues, and concerns over production delays, engine reliability, and quality control. Some comments delve into broader national economic issues, criticizing government policies, alleged corruption, and the impact of Proton’s struggles on Malaysia’s manufacturing sector and car prices. Overall, while many see the new engines as a positive step for Proton’s future, skepticism about execution and quality remains prevalent.