Price: $34.99
(as of Mar 14, 2026 20:54:40 UTC – Details)


Elevate your Switch 2 gaming experience with this ingeniously designed Universal Battery Mount from Tyco Tech 3D Printing.
This practical accessory solves the common issue of limited battery life without compromising your console’s performance, as it’s carefully designed to avoid covering air intakes or exhaust ports. Finally you can use more than a weak 10000mAh Switch battery back, this will let you use batteries up to and over 30000mAh (I’d recommend this Hennot 20000mAh 65w battery that fits perfectly in the standard size mount https://amzn.to/46JNZap)
Available in three sizes to accommodate different battery dimensions: Standard for most power banks up to one inch thick, Medium for mid-sized batteries up to 1.5 inches thick, and Large for big power banks up to 1.95 inches thick (like the Anker 737).
The mount features rubber on the bottom of the battery well to prevent slippage and includes, rubber on the back to keep it from sliding around on the Switch and 8.5″ Velcro straps that can be customized for a perfect fit for any battery.
Note that this listing is for the battery mount ONLY; Switch 2, battery, and cable are sold separately.
Made in the USA by a small business in Golden Colorado – SUPPORT SMALL US BUSINESSES! 3D Printed in Colorado using state of the art printers, printed in durable and heat resistant ABS Plastic
UNIVERSAL COMPATIBILITY: Custom-designed mount for the Switch 2 that accommodates various battery sizes with three options – Standard (1.05″), Medium (1.5″), and Large (1.95″) to fit most popular power banks.
THOUGHTFUL DESIGN: Engineered to avoid covering air intakes and exhaust ports on your Switch 2, ensuring proper ventilation and preventing overheating during extended gaming sessions. Doubles as a kickstand for your switch, great for playing with a controller.
SECURE ATTACHMENT: Includes 8.5″ Velcro straps that can be customized to fit your specific battery size, plus rubber bottom padding to prevent batteries from slipping during use.