For a comfortable, protective ride, the Ghost Max 4 delivers high-stack cushioning that helps lessen impact, while its rocker shape supports smooth heel-to-toe transitions and its broad base adds stability on the run.
Designed using a breathable mesh, the Ghost Max 4 ensures ultimate comfort from the first step to the last, all while remaining exceptionally breathable. The mesh encourages cool air to circulate, helping to regulate temperature, while simultaneously allowing unwanted warm air to escape, creating a perfect microclimate where feet can thrive. The padded heel collar and tongue sit close to the foot and ankle to increase comfort, while the heel pull tabs assist in putting the shoes on and off. Completing the upper is a traditional lacing system, which prevents excessive movement for a secure and locked-in fit.
The Ghost Max 4 has been engineered with a DNA Loft v3 midsole. This nitrogen-infused foam makes the shoes even softer and more comfortable than their predecessors while also being lightweight and long-lasting. The DNA Loft v3 cushioning ensures smooth landings by offering a protective underfoot feel. The foam also supplies supreme energy return to help you maintain focus, and its shock-absorbing qualities work to keep you comfortable and reduce the risk of injury during demanding runs. The midsole also features a GlideRoll rocker geometry, which ensures effortless heel-to-toe transitions for a snappy toe-off and propelling you into your stride. The rocker geometry works alongside the dual-sized cell DNA Tuned foam, helping you get the absolute most energy return so you can go further, faster, using less energy.
The Ghost Max 4 boasts a durable rubber outsole that delivers optimised grip and traction across a variety of running surfaces. This feature ensures confidence on all terrains and ensures durability for a secure footing, particularly during challenging or uneven surfaces. The outsole is completed with a broader base than previous iterations, helping to increase stability.
Brooks Ghost Max 4 Men's Running Shoes (2E Width)
For a comfortable, protective ride, the Ghost Max 4 delivers high-stack cushioning that helps lessen impact, while its rocker shape supports smooth heel-to-toe transitions and its broad base adds stability on the run.
Breathable Mesh Upper
Designed using a breathable mesh, the Ghost Max 4 ensures ultimate comfort from the first step to the last, all while remaining exceptionally breathable. The mesh encourages cool air to circulate, helping to regulate temperature, while simultaneously allowing unwanted warm air to escape, creating a perfect microclimate where feet can thrive. The padded heel collar and tongue sit close to the foot and ankle to increase comfort, while the heel pull tabs assist in putting the shoes on and off. Completing the upper is a traditional lacing system, which prevents excessive movement for a secure and locked-in fit.
DNA Loft v3 Midsole
The Ghost Max 4 has been engineered with a DNA Loft v3 midsole. This nitrogen-infused foam makes the shoes even softer and more comfortable than their predecessors while also being lightweight and long-lasting. The DNA Loft v3 cushioning ensures smooth landings by offering a protective underfoot feel. The foam also supplies supreme energy return to help you maintain focus, and its shock-absorbing qualities work to keep you comfortable and reduce the risk of injury during demanding runs. The midsole also features a GlideRoll rocker geometry, which ensures effortless heel-to-toe transitions for a snappy toe-off and propelling you into your stride. The rocker geometry works alongside the dual-sized cell DNA Tuned foam, helping you get the absolute most energy return so you can go further, faster, using less energy.
Durable Rubber Outsole
The Ghost Max 4 boasts a durable rubber outsole that delivers optimised grip and traction across a variety of running surfaces. This feature ensures confidence on all terrains and ensures durability for a secure footing, particularly during challenging or uneven surfaces. The outsole is completed with a broader base than previous iterations, helping to increase stability.
