ASUNCELL BTY-M6K Battery for MSI Stealth Pro & GS Series – 52.4Wh, 11.4V

Power that travels with you

Keep your MSI laptop ready for work, play, and everything in between with the ASUNCELL BTY-M6K battery. Designed as an 11.4V, 52.4Wh, 3-cell pack, it balances a compact form with ample runtime so you can tackle tasks without frequent recharges.

These cells are described as Grade A and brand new from production, built to support fast charging while aiming to minimize idle power draw. That means quicker top-ups and longer active use between charges, depending on your workload and settings.

Key specifications at a glance

• Model: BTY-M6K
• Voltage: 11.4V
• Capacity: 52.4Wh (3 cells)
• New from manufacture with Grade A cells for efficient charging
• Multiple safety protections and reliable circuitry

Broad compatibility with MSI laptops

The BTY-M6K supports a wide family of MSI notebooks, including GF63 Thin, GF65 Thin, GF75 Thin, GS63VR, GS73VR Stealth Pro, WS63, WP65, and WF65 lines. The listing references several compatible part numbers to help you verify fit before purchase.

• Compatible part numbers include BTY-M6K and related MS-17B4, MS-16K3, MS-16W1, MS-16R4, MS-16R1, MS-16R3, MS-17F1, MS-17F2, MS-17B7, MS16-R2
• Designed to support MSI Stealth Pro models and a range of Thin and Workstation series

Safety, reliability, and easy charging

ASUNCELL integrates multiple protections to guard against power surges, over-discharge, and overheating. Built with high-quality materials and circuit boards, the BTY-M6K is intended to support stable, efficient charging and a longer lifespan for everyday use.

• Overcharge and over-discharge circuit protection
• Over-temperature safeguards
• CE, RoHS, FCC certifications for safety and compliance

Real-world use cases

Picture a full day of work, a gaming session, or a travel-heavy project flow where outlets are scarce. A dependable replacement battery can help sustain longer sessions between charges, with faster top-ups when you’re near a power source.

Keep in mind that outcomes depend on settings, workloads, and the overall system configuration. This description highlights compatibility, protection, and potential improvements to uptime and charging behavior rather than guaranteeing specific results.