ZF High Revolution Drive Offers Higher Speeds in Less Space

ZF has developed the High Revolution Drive, a compact 3-in-1 electric drive reported on 15 November 2026 that spins at up to 30,000rpm and targets production by 2030. Building on ZF’s existing SELECT platform, the unit delivers 150 to 200kW (204PS to 272PS) for the high-volume passenger car market.

Developed by global German technology company ZF in Munich, the new drive coordinates the electric motor, power electronics and transmission into a smaller, lighter package designed to help increase electric range. ZF is already in talks with several automakers, although partner brands, specific passenger car models, pricing and Malaysian availability have not been announced.

Key Facts

The ZF High Revolution Drive is a modular 3-in-1 electric drive engineered for the high-volume passenger car market, combining 30,000rpm speeds with 400- and 800-volt system scalability. Targeting production by 2030, the ZF High Revolution Drive delivers 150 to 200kW (204PS to 272PS) at nearly 93 percent efficiency.

How Does the ZF High Revolution Drive Achieve Higher Speeds in Less Space?

ZF achieves higher rotational speeds in a smaller footprint by systematically coordinating the electric motor, power electronics and transmission rather than optimising individual components separately. Operating at up to 30,000rpm, the High Revolution Drive reduces size and weight while delivering the same power as conventional lower-speed electric drives.

According to CarSifu, the required magnet mass is reduced by 50 percent, which lowers costs and reduces dependence on critical supply chains, while lower overall weight also helps increase electric range.

“Rather than optimising individual components in isolation, we systematically coordinate the electric motor, power electronics and transmission.”

Thomas Meiser, head of E-Mobility business unit at ZF, as reported by CarSifu

The ZF High Revolution Drive is nearly 25 percent smaller and nearly 25 percent lighter than a comparable 18,000rpm SELECT drive, while reducing required magnet mass by 50 percent.

How Does ZF Control Noise, Vibration and Efficiency at 30,000rpm?

ZF controls noise and vibration at 30,000rpm by drawing on decades of gear and transmission experience and engineering the electric motor, gearing, bearings and tooth geometry as one integrated system. Even with high rotational speeds and a high gear ratio, the drive achieves an efficiency of nearly 93 percent.

CarSifu reports that robustness and low noise and vibration levels were stringent development targets from the outset, allowing the 30,000rpm configuration to match the efficiency of a comparable SELECT system.

“To achieve this, we considered the electric motor, gearing, bearings and tooth geometry as an integrated system. For the configuration presented, 30,000rpm is the economic and technical sweet spot.”

Thomas Meiser, head of E-Mobility business unit at ZF, as reported by CarSifu

At 30,000rpm and with a high gear ratio, the ZF High Revolution Drive achieves an efficiency of nearly 93 percent, on par with comparable SELECT systems.

What Platform and Electrical Architectures Does the High Revolution Drive Use?

The High Revolution Drive is designed as a variant of ZF’s modular SELECT platform and uses existing technologies to keep product costs predictable. Its architecture produces outputs of 150 to 200kW (204PS to 272PS) and scales across different power ratings for both 400- and 800-volt vehicle systems.

Building on SELECT allows automakers to bring the drive into new vehicles faster and at lower development cost while preserving flexibility in production. ZF is already in talks with several automakers and is targeting production by 2030.

“We use our modular system to tailor new concepts to different customer requirements.”

Thomas Meiser, head of E-Mobility business unit at ZF, as reported by CarSifu

Built on ZF’s modular SELECT platform, the High Revolution Drive supports both 400- and 800-volt systems with scalable outputs of 150 to 200kW (204PS to 272PS).

Who Is This For in Malaysia?

This development is aimed at automakers serving the high-volume passenger car market and prospective electric vehicle buyers who may encounter the technology in models produced from 2030 onwards. While ZF is in discussions with several manufacturers, specific vehicle models, prices and Malaysian availability have not been announced.

For mainstream passenger electric cars, the drive’s lower weight helps increase electric range, and its 50 percent reduction in required magnet mass lowers costs and critical supply-chain dependence. Local Malaysian details such as official distributors, road tax, charging access or incentives are not stated in the report.

Targeted at the high-volume passenger car segment with production planned by 2030, the ZF High Revolution Drive lowers drive weight to help increase electric driving range.

Common Questions

These answers address key production timelines, electrical compatibility and comparison figures for the ZF High Revolution Drive based strictly on CarSifu’s 15 November 2026 report. ZF targets 2030 production for the 30,000rpm High Revolution Drive, though vehicle models, pricing and Malaysian availability have not been announced.

When will vehicles with the ZF High Revolution Drive enter production?

ZF is already in talks with several automakers and is targeting production of the High Revolution Drive by 2030. Specific partner brands, passenger car models, vehicle pricing and availability dates for Malaysia have not been announced.

What power outputs and voltage systems does the ZF High Revolution Drive support?

The High Revolution Drive is designed for the high-volume passenger car market with drive outputs of 150 to 200kW (204PS to 272PS). Its modular SELECT architecture is scalable for different power ratings and supports both 400- and 800-volt electrical systems.

How does the High Revolution Drive compare with ZF’s 18,000rpm SELECT drive?

Compared with a comparable SELECT drive running at 18,000rpm, the High Revolution Drive spins at up to 30,000rpm and is nearly 25 percent smaller and nearly 25 percent lighter. It also cuts required magnet mass by 50 percent while achieving nearly 93 percent efficiency.

Sources and Methodology

This article is compiled exclusively from CarSifu’s English-language report “ZF High Revolution Drive: Higher speeds, less space”, published on 15 November 2026, with no translations or currency conversions required because no prices were stated. All specifications, quotes and production targets come directly from CarSifu’s report.

Original report: CarSifu

This article is based on the source report above and was last updated on 15 November 2026.