Skip to content Skip to navigation menu
  1. Home
  2. Taleo Family

Canadian Customers: Take a look at our simplified Returns Process

Attention: Our ecommerce shop is experiencing problems with product and category pages not loading correctly. We do not currently have an estimated time for the site to be repaired. Please contact Customer Service to place an order.
CA: CACustomerService@ottobock.com or 800 665 3327

 

Taleo feet

Ready for everyday life.

The Taleo family of feet has been designed for active individuals who navigate varied indoor and outdoor environments and place a high value on effortless walking and the ability to go wherever life takes them. Now with Taleo, Taleo Low Profile, Taleo Vertical Shock and Taleo Harmony, our expanded range provides you with more options to choose the right foot for your patient.



1C50 Taleo

  • Dual springs and a long carbon base enable a smooth rollover and efficient energy return at varying speeds
  • Customizable shock absorption with three different heel wedge options
  • Protected against fresh, salt, and chlorine water and features water runoff channels on connection adapter

Learn more about 1C50 Taleo

1C51 Taleo Vertical Shock

  • The functional ring unit effectively absorbs torsion (+/- 10°) to relieve the residual limb
  • The vertical shock unit provides shock absorption (up to 15mm) when walking
  • Dual springs and a long carbon base enable a smooth rollover and efficient energy return at varying speeds

Learn more about 1C51 Taleo VS

1C52 Taleo Harmony

  • Integrated vacuum pump improves balance and reduces risk of falls1, provides better control over the prosthesis by reducing pistioning2, prevents skin irritation and delays in wound healing3, and reduces fluctuations in limb volume4.
  • The functional ring unit effectively absorbs torsion (+/- 10°) to relieve the residual limb
  • The vertical shock unit provides shock absorption (up to 15mm)

Learn more about 1C52 Taleo Harmony

1C53 Taleo Low Profile

  • For users with limited clearance
  • The pyramid design allows a more natural ankle movement which provides a smooth rollover
  • Protected against fresh, salt, and chlorine water
  • Water runoff channels on connection adapter and drainage holes in footshell prevent water from collecting in the interior of the prosthesis

Learn more about 1C53 Taleo LP

1C56 Taleo Adjust

  • User adjustable heel height carbon foot
  • Waterproof - protected against fresh, salt, and chlorinated water
  • The easy, infinitely variable heel height adjustment from 0 to 2 ¾” (0 to 7 cm) allows users to wear different shoes.



Learn more about 1C56 Taleo Adjust

1C58 Taleo Side Flex

  • Terrain Adaptation Unit provides mediolateral adaptability of 20° (10° medial and 10° lateral) for immediate and full-surface ground contact while walking and standing, including on uneven surfaces and slopes
  • The curved bottom of the Terrain Adaptation Unit enables more controlled forward movement during rollover than with low profile feet with a conventional foot adapter
  • For users with limited clearance

Learn more about 1C58 Taleo Side Flex

1C59 Taleo Adapt

  • Hydraulic ankle allows up to 2 degrees dorsiflexion and 10 degrees plantarflexion for a total range of 12 degrees.
  • The dorsiflexion and plantarflexion adjustment valves allow resistance to be optimized to the individual user needs
  • Dorsiflexed position during swing phase for improved toe clearance.

Learn more about 1C59 Taleo Adapt



More than a foot. A foundation.

With every fitting, your goal is the same as ours: to craft the best possible solution for your patients. Whether you’re fitting an above or below knee amputee, the quality and performance of the prosthesis will be impacted by the quality and performance of the foot. That’s why we at Ottobock believe the foot plays such a vital role.

To make sure that you can achieve the best possible outcome for your patients, our extensive foot portfolio offers a wide range of options to choose the right solution that best suits your patients’ needs.




 

1 Samitier et al. 2014, Kahle et al. 2014, Kahle et al. 2013, Ferraro et al. 2011
2 Darter et al. 2016, Kahle et al. 2014, Kahle et al. 2013, Beil et al. 2002
3 Kahle et al. 2014, Hoskins et al. 2014, Traballesi et al. 2012, Brunelli et al. 2009
4 Kahle et al. 2014, Sanders et al. 2011, Goswami et al. 2003, Beil et al. 2002, Board et al. 2001