Catalogue/Nike/Free Metcon 5
Nike Free Metcon 5Cross Training
84Score

CoreScore breakdown

2,640 reviews · 20 expert tests

Comfort82
Durability84
Performance86
Value82
Fit accuracy87

Nike

Free Metcon 5

Flexible enough for dynamic movement. Stable enough for heavy lifts.

Weight

286g

Heel drop

4mm

Stack

20mm

gymRemovable insole

Best for

HIITCross-trainingGym workoutsDynamic movement

Not ideal for

Heavy barbell liftingRunningOutdoor terrain

Best price

$130

RRP

$130

From Nike.com · Updated today

Nike.com · $130

Lowest ever: $111

Verdict

The Nike Free Metcon 5 is a solid cross training in our database, scoring 84/100. It excels for hiit and cross-training. Most users highlight best flex for dynamic training. The main trade-off: not ideal for max barbell.

01

Lab measurements

Weight

286g

UK size 9 men's

Heel drop

4mm

Low drop

Heel stack

20mm

Forefoot stack

16mm

Midsole hardness

40HC

Medium

Energy return

48%

Higher = bouncier

Toebox width

95mm

Breathability

72/100

Outsole grip

84/100

Flexibility

75/100

Heel counter

3/5

Ankle hold

Sustainability

18%

Recycled content

02

Fit guide

Sizing specs

SizingTrue to size. Forefoot flex unique.
Size rangeUS 6–15
Width optionsD, 2E
Arch supportneutral
Removable insoleYes
Orthotic readyYes

Best for

HIIT
Cross-training
Gym workouts
Dynamic movement

Not ideal for

Heavy barbell lifting
Running
Outdoor terrain
03

Price tracker

7-month price history

$130
Oct
$124
Nov
$111
Dec
$130
Jan
$118
Feb
$130
Mar
$122
Apr

Current prices

Nike.comBest
$130
Amazon
$134

Alert me when price drops below:

04

Construction

upper

Flyknit + Nike Free forefoot flex

midsole

Hyperlite foam

outsole

Nike Free outsole forefoot + flat heel

insole

Foam

heel Counter

Flat stable heel

lacing

Traditional

05

What people say

2,640

Reviews

20

Expert tests

84

Sentiment

What people love

Best flex for dynamic training
Flat heel great for lifts
Breathable Flyknit

Common complaints

Not ideal for max barbell
Forefoot flexibility unusual at first
Average durability