Brooks Womens Running Shoes

Brooks Mach 16 Cross Country Spike Womens

Share this:


Shoe Size

60.00
all prices include VAT

Performance Characteristics
Pronation Control: 
Features: 
Heel to toe Drop (in mm): 

Brooks Mach 16 Cross Country Spike Womens
The Brooks Mach 16 will have you breaking the sound barrier in your next cross country race. Its asymmetrical lacing wraps your foot in the seamless upper without creating any of the pressure points that lead to blisters. It has the traction that you need to get through even the muddiest of courses and is light to never weigh you down when it is time to make your move.



CUSHIONING

• CMEVA is a full length compression molded EVA designed for lightweight cushioning and flexibility.

MIDSOLE


• CMEVA is a full length compression molded EVA designed for lightweight cushioning and flexibility.

UPPER

• Asymmetrical Lacing eliminates pressure points and hot spots.

• Air Mesh covers the upper and is a breathable mesh that allows heat to escape.

• Microfiber and Synthetic Overlays are strategically located to provide a secure fit.

• Strobel Last utilizes a full length layer of foam to provide cushioning and flexibility.

OUTSOLE

• Contact Rubber is a thin layer of full length rubber and has an aggressive lug configuration designed for traction.

• 5 spike receptacles per shoe.

We are unable to ship Brooks product outside of the EEA. due to restrictions imposed by Brooks Europe and Brooks UK.,




Please note because of the construction of this shoe we find that customers in the shop go one size up on the normal road running shoe size.
Click on the icon to the left to view a video about the Brooks Mach 16 Cross Country Spike Womens

Safe & Secure

For your peace of mind we accept payments via Sellerdeck Payments secure gateways.

Click Here to Read More

Secure UK Delivery

On most orders within mainland UK. Excludes ROI and Channel Islands.

Click Here to Read More

We Deliver Worldwide!

Outside of the UK? Not a problem. We deliver to most countries worldwide.

Click Here to Read More