Basketball

Model S4

Capable of withstanding the high impact nature of Basketball. Provides shock absorption and cushioning for repetitive jumping and agility movements.

Features

  • Medial and Lateral Flanges
  • Shock Absorbing

Details

The Basketball device is designed to accommodate the sport’s high impact nature, providing shock absorption and cushioning for repetitive jumping, cutting, faking and quick, agile movements.

A layer of myolite cushioning beneath the prolite top cover provides substantial cushioning. For added support during quick, pivoting movements, this device incorporates a myolite arch filler and low medial and lateral flanges to reduce potentially injurious lateral foot and ankle motion without being overly restricting.

Designed to replace the sock liner in basketball shoes, the Basketball device is constructed with a positive model of the patient’s foot and can be modified at the practitioner’s discretion.

Tech Specs

Casting

  • 3mm Fat Pad Expansion
  • 3mm Lower Medial Arch
  • 10mm Heel Cup
  • Low Medial Flange
  • Low Lateral Flange

Posting

  • MOD: 0 (Modify casts to Balance Forefoot perpendicular to Rearfoot)
  • RF: 0INT (0° Intrinsic Rearfoot Post)
  • FF1: N (Forefoot Neutral: Not Posted)
  • FF2:      (None: Splitting forefoot post partial intrinsic and partial extrinsic)
  • HL: 0 (No Heel Lift)

Pressing

  • 3mm White Polypropylene Shell
  • Myolite Arch Filler Heel to Mets

Finishing

  • Finish Standard

Covering

  • 1.5mm Myolite Padding Heel to Toes
  • 2mm Prolite Top Cover to Toes
  • Black Suede Bottom Cover to Toes

Options

Top Cover Options

  • Glove Leather
  • Micro Suede
  • Plastazote
  • Spenco
  • Vinyl
  • Prolite

Bottom Cover Options

  • Glove Leather
  • Micro Suede
  • Vinyl

Recommended For

  • Recreational to professional basketball players
  • Performance Enhancement
  • Moderate to severe pathology

Clinical Indications

  • Symptomatic feet while playing basketball
  • Biomechanical pathology

Customized Devices

Full details and images from custom devices that have been built for actual patients

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