Carbon fiber frame: 

With an aerodynamic tube profile and a foam-filled core, the CR1’s carbon fiber frame has been designed for uncompromising performance and strength.

Key Features

• Exceptionally lightweight frame
• ± 1” Center of Gravity fine tuning adjustment
• Integrated, fold-down backrest for easy transport
• Individually made, just for you

Dual-angled front end

• Designed to increase environmental access 
• Optimized caster placement

Performance components

• Specially designed caster bearings for optimal maneuverability and weight savings
• PBO fiber and titanium reinforcements
• New carbon fiber caster wheels

                                                 Integrated fold-down backrest

• The major challenge is to optimize weight savings while preserving functionality. 
• Custom-profiled side guards that serve as structural components to the frame keep the backrest in place and allow you to fold it down for convenient travel.

1. Start by measuring Seat Width (A)
        a. Remember, this chair is meant to be rigid and ultra-lightweight with no width adjustment.
        b. Stay as tight as possible for optimal positioning and push efficiency.

2. Next, find the table with the desired Seat Depth (B): 13”-19” at 1” increments.

3. Identify your optimal Front Seat-to-Floor Height (C) and Rear Seat-to-Floor Height (D).
        a. Subtract measurement (D) from measurement (C) to find the Seat Slope.
                i. Example:
                      1. Front Seat-to-Floor Height = 19”
                      2. Rear Seat-to-Floor Height = 16.5”
                      3. 19 – 16.5 = 2.5” Seat Slope

4. Using the 2nd column of the Seat Depth table, identify the Seat Slope closest to your client’s optimal configuration to determine Frame Type (1,2 or 3).

5. Input your optimal Front Seat-to-Floor Height (C) in the fillable box (closest to ¼” increment).

Note: you can add or subtract ¼” as needed to the Front Seat-to-Floor Height (C) to get as close as possible to your desired Rear Seat to-Floor Height (D).

6. Custom Frame Depth
       a. By default, the frame bend will start 1” in front of the seat sling (equivalent to ½” in front of the seat sling on other TiLite frame styles).
       b. If you need additional space between the seat sling and the frame bend, you can do ½” increments up to 2” additional custom frame depth as noted below:.
                i. 13”-17” seat depths can get up to 2” of custom frame depth.
                ii. 18” seat depth can get up to 1” of custom frame depth.
                iii. Custom frame depth is not available for 19” seat depth.

7. Front End (I)
       a. A 2.1” Taper (footrest width is 4.2” shorter than seat width) is standard for all CR1 chairs.

8. Front Angle
       a. An 85° front angle bend is standard for all CR1 chairs.

9. Seat-to-Footrest (E)
       a. Measure from the front edge of the seat sling to the top middle of the footrest.
       b. Measurement must be 1” to 3” shorter than Front Seat Height (C) in ¼” increments.
       c. Remember, the CR1 has the ability to adjust the footrest height ±1” upon delivery to find your Balanced Ride.

10. Seat Back Angle (G)
       a. Measured from the front of the backrest post to the floor in 1° increments.

11. Center of Gravity (H)
       a. Due to its design and materials, the CR1 has a lighter than normal front-end compared to other TiLite models which will affect the overall feel when selecting this measurement. We recommend a less aggressive COG placement when going to the CR1 from another chair model.
       b. We recommend considering other factors such as custom frame depth, backrest height, footrest type, rear wheel type, accessories, and clothing when making this decision.
       c. Remember, the CR1 has the ability to adjust COG ±1” upon delivery to find your Balanced Ride.