Person running in a snowy landscape wearing a white jacket and black pants.

My Kila's have been a game-changer.

Anthony Costales
Nike pro trail runner

Podium at Western States 100

Fast Pro

Kila Custom Insoles
Price
20% OFF YOUR FIRST PAIR
$249.00
$199.20
Free 60-Day return - no risk
Ships within 3 days after your scan is complete
Made locally in our American Lab

The custom insoles pro runners use to end foot pain.


These fully custom insoles are precision-engineered to support your unique feet, ensure proper mechanics, and help you run pain-free. The super shoes of insoles: flexible, lightweight, and outfitted with a max-bounce 3D FASTec lattice.


Step 1: Complete your order

Step 2: Scan your feet with our iPhone app (2 minutes)

Step 3: Our medical lab designs and builds your insoles

The custom insoles pro runners use to end foot pain.


These fully custom insoles are precision-engineered to support your unique feet, ensure proper mechanics, and help you run pain-free. The super shoes of insoles: flexible, lightweight, and outfitted with a max-bounce 3D FASTEC lattice.


Step 1: Complete your order

Step 2: Scan your feet with our iPhone app (2 minutes)

Step 3: Our medical lab designs and builds your insoles


Using just your iPhone and our iOS 3D scanning app, we capture a precise 3D model of your feet in seconds - no clinic visits, no foam boxes, no outdated tech.

Pain-free running
Faster recovery
Fewer Injuries
Kila
Clinic
Price
$249
$500-
$2000+
Performance
Performance enhancing + corrects biomechanics
Only corrects biomechanics
Fast Pro
how to use Scan app

How it works

  • Scan your feet
    After you order, we email you private access to our iOS scanning app. Simply scan your feet and hit upload. We use Apple’s LiDAR-like TrueDepth camera that creates a millimeter perfect 3D model of your feet.
  • Custom design
    Your scans are sent to our medical-grade lab, where expert technicians manually design a support structure tailored to your left and right feet.
  • Make and ship
    We build your insoles using 3D extrusion and proprietary FASTec max bounce support lattice. Each pair is hand-finished for fit, tested for flexibility, and express shipped to your door.
Performance materials

Lightweight. Maximum bounce. Durable.

Dura-Swiss top cover

Our medical-grade top cover will outlast and outperform any off-the-shelf insole. Since each insole we produce is entirely unique in shape, our lab techs custom-trim each top cover individually—like handmade shoes from a cobbler. This results in a seamless edge finish, eliminating any gaps or potential for rubbing.

FASTec Filament

Custom 3D extruded insole body using our proprietary FASTec filament. The lightest, most flexible, and highest energy return of any orthotic/insole structural material on the market.

Adaptive and Dynamic Support

We found, through countless hours of testing with a variety of support structures, that having variable support structures allowed for a better fit. No one-size-fits-all solution.

With 3D printing, we're able to do things that mass-produced insoles could never dream of. Compared to EVA foam (the industry standard for custom orthotics dating back to the 1970s), our dynamic hex beats it in every category—weight, strength, and longevity—while also adaptively changing firmness in critical regions.

Dura-Swiss top cover

Our medical-grade top cover will outlast and outperform any off-the-shelf insole. Since each insole we produce is entirely unique in shape, our lab techs custom-trim each top cover individually—like handmade shoes from a cobbler. This results in a seamless edge finish, eliminating any gaps or potential for rubbing.

FASTec Filament

Custom 3D extruded insole body using our proprietary FASTec filament. The lightest, most flexible, and highest energy return of any orthotic/insole structural material on the market.

Adaptive and Dynamic Support

We found, through countless hours of testing with a variety of support structures, that having variable support structures allowed for a better fit. No one-size-fits-all solution.

With 3D printing, we're able to do things that mass-produced insoles could never dream of. Compared to EVA foam (the industry standard for custom orthotics dating back to the 1970s), our dynamic hex beats it in every category—weight, strength, and longevity—while also adaptively changing firmness in critical regions.