The Next Evolution of Molicel Performance: P60B, P60C, and P70X

Molicel's product roadmap highlights the transition from the P45B and P50B to the next-generation P60B, P60C, and P70X platforms.

While much attention is being given to the high-capacity M65A, Molicel's most exciting developments may actually be its next-generation ultra-high-power cells.

Molicel P60B: 6000mAh Meets 90A Performance

The P60B represents a significant leap forward in cylindrical cell technology. According to Molicel's roadmap, the cell targets:

• 6000mAh capacity

• Up to 90A continuous discharge

• Approximately 290Wh/kg energy density

• Up to 45A charging capability

This combination pushes the boundaries of what builders can expect from a 21700 format cell. Traditionally, users had to choose between capacity and power. The P60B aims to deliver both.

For high-performance applications such as:

• Electric motorcycles

• eVTOL aircraft

• Racing vehicles

• High-end drones

• Aerospace systems

• Professional power tools

the P60B could become one of the most important cylindrical cells ever released.

What About the P60C?

Although Molicel's current public roadmap focuses on the P60B, many industry observers expect a future P60C variant to follow the company's historical naming convention.

If released, a P60C would likely build upon the P60B platform with improvements in:

• Power delivery

• Fast charging capability

• Thermal performance

• Cycle life

• Silicon-enhanced anode technology

While official specifications have not yet been published, the P60 platform clearly demonstrates Molicel's direction toward higher-capacity cells that retain genuine high-power performance.

Enter the P70X: Molicel's Most Advanced Cell Yet

Perhaps the most exciting technology currently under development is the upcoming P70X platform.

The P70X belongs to Molicel's next-generation X-Series, a family of cells designed for extreme power applications where conventional lithium-ion cells reach their limits.

According to Molicel, the X-Series targets:

• Continuous discharge rates approaching 100C

• Charging rates up to 70C

• Ultra-low impedance

• Supercapacitor-like performance characteristics

• Applications in racing, aerospace, aviation, and advanced mobility systems

Independent testing information for the P70X has already begun appearing through industry resources such as About:Energy's battery database, indicating growing interest from engineers and battery developers evaluating next-generation performance cells.

The P70X signals where the battery industry is heading next: cells capable of delivering extraordinary power without sacrificing energy density, enabling future electric aircraft, Formula E vehicles, hypercars, robotics, and AI-powered infrastructure.