Moolah Kicks | NEOVOLT PRO V3

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

🛠️ Narrower Heel

🔍 11% less loading on knees

📊 9% less loading in hips

📏 Slimmer Width

✅ Higher Arch

👟 Shallow Lateral Side

🦵 14% greater ankle mobility

science is our separator

Dig into the research that informs every pair.

Elite Female Athletes Suffer 52% More Foot and Ankle Injuries Than Men

A meta-analysis examining more than 25.6 million athletic exposures found higher foot and ankle injury rates among professional female athletes compared with their male counterparts.

The source

Moolah’s reduce impact forces by 7%, knee loading during deceleration by 11%, and hip loading by 9%.

A preliminary study by Scottish Rite for Children found that adolescent female athletes wearing Moolah Kicks experienced reduced impact forces and lower knee and hip loading during basketball movements compared to their personal unisex basketball shoes.

THE SOURCE

Female Athletes Who Suffer ACL Injuries Experience 2.5x Greater Knee Loading and 20% Higher Ground Reaction Forces

A study of 205 female athletes found that those who subsequently suffered ACL injuries demonstrated significantly greater knee loading and ground reaction forces during landing than athletes who remained uninjured.

THE SOURCE

Moolah’s deliver 45% greater perceived ankle stability and 14% greater ankle mobility.

In studies done by Brock University and Scottish Rite for Children, female basketball players reported greater ankle stability and demonstrated increased ankle mobility during lateral movements when wearing Moolah Kicks compared to unisex basketball shoes.

THE SOURCE

Elite Female Athletes Suffer 52% More Foot and Ankle Injuries Than Men

A meta-analysis examining more than 25.6 million athletic exposures found higher foot and ankle injury rates among professional female athletes compared with their male counterparts.

The source
Female Athletes Who Suffer ACL Injuries Experience 2.5x Greater Knee Loading and 20% Higher Ground Reaction Forces

A study of 205 female athletes found that those who subsequently suffered ACL injuries demonstrated significantly greater knee loading and ground reaction forces during landing than athletes who remained uninjured.

THE SOURCE
Moolah’s reduce impact forces by 7%, knee loading during deceleration by 11%, and hip loading by 9%.

A preliminary study by Scottish Rite for Children found that adolescent female athletes wearing Moolah Kicks experienced reduced impact forces and lower knee and hip loading during basketball movements compared to their personal unisex basketball shoes.

THE SOURCE
Moolah’s deliver 45% greater perceived ankle stability and 14% greater ankle mobility.

In studies done by Brock University and Scottish Rite for Children, female basketball players reported greater ankle stability and demonstrated increased ankle mobility during lateral movements when wearing Moolah Kicks compared to unisex basketball shoes.

THE SOURCE

read the science

scoreboard doesn’t lie 😉

		Men's SNEAKERS HEADLINED BY NBA PLAYERS	"UNISEX" SNEAKERS HEADLINED BY WOMEN
responsive cushioning
elite traction
lightweight construction
extensive colorway options
worn by pro athletes
dual ankle support
secure heel lockdown
engineerd for female biomechanics

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NEOVOLT PRO V3

science is our separator

Elite Female Athletes Suffer 52% More Foot and Ankle Injuries Than Men

Moolah’s reduce impact forces by 7%, knee loading during deceleration by 11%, and hip loading by 9%.

Female Athletes Who Suffer ACL Injuries Experience 2.5x Greater Knee Loading and 20% Higher Ground Reaction Forces

Moolah’s deliver 45% greater perceived ankle stability and 14% greater ankle mobility.

Elite Female Athletes Suffer 52% More Foot and Ankle Injuries Than Men

Female Athletes Who Suffer ACL Injuries Experience 2.5x Greater Knee Loading and 20% Higher Ground Reaction Forces

Moolah’s reduce impact forces by 7%, knee loading during deceleration by 11%, and hip loading by 9%.

Moolah’s deliver 45% greater perceived ankle stability and 14% greater ankle mobility.

scoreboard doesn’t lie 😉

word on the street

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Complete your look

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science is our separator

Elite Female Athletes Suffer 52% More Foot and Ankle Injuries Than Men

Moolah’s reduce impact forces by 7%, knee loading during deceleration by 11%, and hip loading by 9%.

Female Athletes Who Suffer ACL Injuries Experience 2.5x Greater Knee Loading and 20% Higher Ground Reaction Forces

Moolah’s deliver 45% greater perceived ankle stability and 14% greater ankle mobility.

Elite Female Athletes Suffer 52% More Foot and Ankle Injuries Than Men

Female Athletes Who Suffer ACL Injuries Experience 2.5x Greater Knee Loading and 20% Higher Ground Reaction Forces

Moolah’s reduce impact forces by 7%, knee loading during deceleration by 11%, and hip loading by 9%.

Moolah’s deliver 45% greater perceived ankle stability and 14% greater ankle mobility.

scoreboard doesn’t lie 😉

word on the street

Your cart -

Complete your look