BH Fitness S5TiB Treadmill

The S5TiB is apart of the BH's award-winning residential treadmill line-up! This folding treadmill comes with Bluetooth enabled i.Concept technology which allows you to seamlessly connect your Apple^® or Android^® device via Bluetooth. Also, this treadmill has the capability of allowing you to enjoy your favorite Apps while exercising; read a book, update your status, or checking your email. The S5TiB has a DualKit attachment that provides the i.Concept connection and allows for future upgradability without the worry of having to replace the entire machine. The S5TiB also comes with a Whisper quiet 3.5 HP XHD Motor that provides unparalleled durability and reliability. Additionally, this folding treadmill has the BH Active-Flex II suspension technology, this allows for a shock absorbing landing with a firm push off for comfort and efficiency!

Unique features:

• 3.5 HP XHD motor
• 22″ x 57″ running surface
• Folding treadmill for easy storage
• DualKit provides the i. Concept connection

Warranty:

• Parts: 5 Years / 2 Years Wear Items
• Motor: Lifetime
• Frame: 10 Years
• Cosmetics: 1 Year

Specification:

Details:

• Incline:  0-12%
• Motor:  3.5 HP
• Speed (MPH):  0-12
• Roller Size (in.):  2.5
• Number of Programs:  15
• Running Surface (in.):  22 x 57

Measurements:

• Unit Width (in.):  37
• Unit Height (in.):  57
• Unit Length (in.):  76
• Max User Weight (lb):  400
• Unit Assembled (Net) Weight (lb): 253.5 lbs /115 kg
• Unit packaged (Gross) Weight (lb):  282.5 lbs / 128kg

Additional Features:

• Spacious 22″ x 57″ running surface: enables a safe and comfortable workout
• Whisper quiet 3.5 HP: XHD motor provides unparalleled durability and reliability
• Folding treadmill: for easy storage with a personal refreshing cooling fan for motivation to go the extra mile
• DualKit: provides the i.Concept connection and allows for future upgradability without the worry of having to replace the entire machine
• Built in Eco Function: can provide up to a 25% power consumption reduction by using an algorithm to increase incline and reduce speed to provide the same caloric burn