Snowboard | Afterconcept

Client :

xxxxxxx

Type :

Outdoor Sports Accesories

Services :

Engineering

Prototyping

Visualization

Size(mm)

1520

1550

1570

1590

1620

Effective Edge(mm)

Tip Width (mm)

Waist width (mm)

Tail Width (mm)

Sidecut Radius (mm)

Stance setback (mm)

Stanc Range (mm)

Rider Weight (Lbs)

1165

1195

1215

1235

1265

290.1

293.2

294.9

298.6

301.8

249

251

252

255

257

290.1

293.2

294.9

298.6

301.8

7.71

7.91

8.06

8.20

8.39

12.5

530

560

125 - 165

135 - 175

145 - 185

165 - 205

Waist width

Nose

Length

Nose Width

Waist width

Stomping

pad

Tail width

Tail

Length

flex Point

Effective

Edge

Sidecut

Radius

Top

Base

All-Mountain snowboards are designed for the rider who needs one board to handle a wider range of ride styles and terrain. While an All Mountain board may not perform as well in deep powder as a powder specific snowboard

most people struggle to keep good composure when stepping it up into riding steeps on the mountain. most people struggle to keep good composure when stepping it up into riding steeps on the mountain.

Clients Brief

The goal is to create a spring-loaded hinge mechanism that attaches to the tail end of the snowboard. This hinge is designed to be used to propel the snowboard a couple of inches off the ground. Through this, a rider can essentially bounce their way into downhill terrain and out of the flat ground.

An attachment mechanism that attaches to the tail end of the snowboard and operates with a spring-loaded hinge. It is a versatile accessory designed to fit snowboards of a number of sizes and types.

Load distribution.

When the accessory is equipped to be used to propel the snowboard off a flat to steep terrain the arching support carries the load of the rear weight of the snowboard.

This is a mechanism that operates on multiple torsional springs to assist in making snowboards more maneuverable while riding.

A pull handle mechanism to release the spring-loaded shaft to move into the launch phase under the snowboard.

A versatile accessory designed and engineered to be functional in multiple sizes and types of snowboards available in the market.

Anchor 2

The Iterations.

The product development process was guided by several prototypes with varying degrees of accuracy.

Anchor 3

Various prototypes at varying degrees of fidelities were created for the development that would guide the product development process. To accomplish the desired results, important 3D printed models, sketches, CAD files, and design changes were done.

Spring Plate

UpperPlate

Bottom Mounting Plate.

Handle

Torsional spring encasing.

Spring loaded

handle shaft.

Anchor 1

Let's get to now us!

Afterconcept Engineering

Afterconcept Engineering

Client :

Type :

Services :

All-Mountain snowboards are designed for the rider who needs one board to handle a wider range of ride styles and terrain. While an All Mountain board may not perform as well in deep powder as a powder specific snowboard

most people struggle to keep good composure when stepping it up into riding steeps on the mountain. most people struggle to keep good composure when stepping it up into riding steeps on the mountain.

Clients Brief

The goal is to create a spring-loaded hinge mechanism that attaches to the tail end of the snowboard. This hinge is designed to be used to propel the snowboard a couple of inches off the ground. Through this, a rider can essentially bounce their way into downhill terrain and out of the flat ground.

The goal is to create a spring-loaded hinge mechanism that attaches to the tail end of the snowboard. This hinge is designed to be used to propel the snowboard a couple of inches off the ground. Through this, a rider can essentially bounce their way into downhill terrain and out of the flat ground.

An attachment mechanism that attaches to the tail end of the snowboard and operates with a spring-loaded hinge. It is a versatile accessory designed to fit snowboards of a number of sizes and types.

Load distribution.

When the accessory is equipped to be used to propel the snowboard off a flat to steep terrain the arching support carries the load of the rear weight of the snowboard.

This is a mechanism that operates on multiple torsional springs to assist in making snowboards more maneuverable while riding.

A pull handle mechanism to release the spring-loaded shaft to move into the launch phase under the snowboard.

A versatile accessory designed and engineered to be functional in multiple sizes and types of snowboards available in the market.

The Iterations.

The product development process was guided by several prototypes with varying degrees of accuracy.

Various prototypes at varying degrees of fidelities were created for the development that would guide the product development process. To accomplish the desired results, important 3D printed models, sketches, CAD files, and design changes were done.

The accessory is engineered to be suitable for multiple types and sizes of snowboards.