(We can only consider Australian retailers)
Package includes integrated barstem
Please advise Garmin or wahoo for mount option.
ETA :: 6 weeks from order
Engineering Solutions for Speed
Every Factor begins with a question of performance. For the SARANA we asked: How can a race bike stay fast when the rider is too exhausted to think about speed?
The speeds, durations, and demands of ultra racing were unlike anything Factor had optimised for before, yet the principles were the same: efficiency, responsiveness, control. Working directly with Canadian ultra racer and 2025 Unbound XL champion, Rob Britton, the engineering team began translating his racing mindset into design parameters. British Columbia became the SARANA’s testing ground: vast, rough, and relentlessly varied. Each prototype was ridden, refined, and redefined by feedback from the field.
Over months of riding in British Columbia, through heat, rain, altitude, and isolation, Rob pushed each iteration of the SARANA through the kind of punishment only real ultra events deliver. Every ride produced a set of numbers, but more importantly, a set of sensations that shaped the next version.
Finding the limits of endurance
From the first prototypes onward, Rob Britton became both test rider and collaborator. Each prototype was ridden, refined, and redefined by feedback from the field. The engineering team learned where responsiveness gave way to fatigue, and how geometry could hold composure when the rider was running on instinct.
At the heart of the SARANA is a geometry designed for sustained high-speed riding across variable terrain. Stack and reach proportions are tuned to maintain control through fatigue, allowing riders to stay low and efficient without collapsing posture. Subtle refinements to wheelbase and trail enhance stability on rough surfaces while preserving the agility required in competitive scenarios.
To enhance traction and absorb rough road vibrations, the SARANA introduces a leaf-spring seat-stay system. Dropped stays and a subtly offset seat tube create in-plane flex that smooths vibration while maintaining lateral drive. The seat tube offset also allowed our designers to maintain the 425 mm chainstays across all sizes. This solution keeps the rear end tight and combines with the 65 mm trail (tyre size dependent) to ensure sharp, responsive handling that belies the wide tyre clearance.
Suspension fork option
With an eye towards the SARANA’s ultra-capability, it has been designed to be compatible with 30 mm travel forks without impacting the handling or geometry.
Specifications
| Frame | Toray®, Nippon Graphite® Pan-Based Fiber |
| Fork | Factor SARANA carbon |
| Seatpost | FSA SL-K SB0 Seatpost Compatible with 30.9mm dropper seatpost |
| Barstem | Black Inc Integrated Barstem Reach 75mm, drop 116mm. Multiple stem lengths and bar widths available |
| Headset | 1.5″ bearings |
| Head Tube Diameter | 1.5″ upper and lower |
| Saddle Rail Clamps | 7x7 and 7x9 |
| Bottom Bracket | CeramicSpeed T47A WIDE Aluminium cups. CeramicSpeed bearings available for DUB and 24mm. |
| Cable Routing | Internal |
| Compatible Components | Electronic |
| Brake Type | Disc |
| Max Rotor Size | 160mm front & rear |
| Max Chainring | 52-tooth |
| Front Axle | 12 x 100mm thru-axle |
| Rear Axle | 12 x 142mm thru-axle |
| Wheelset | Black Inc 46 |
| Wheel Size | 700c |
| Max Tire Clearance | 57mm measured |
| Included Accessories | Downtube storage bag / Top tube pack / Frame pack |
| Manufacturer Warranty | Limited Lifetime Warranty |
Groupset Specs
| Groupset | SRAM FORCE E1 XPLR |
| Speed | 1x13-speed |
| Crank | 44T |
| Cassette | 10-46T |
| Rotors | 160mm |
Geometry
| Size | 49 | 52 | 54 | 56 | 58 |
|---|---|---|---|---|---|
| A Stack | 544 | 558 | 573 | 593 | 613 |
| B Reach | 378 | 388 | 398 | 408 | 418 |
| C Head Tube Angle | 71.5° | 71.5° | 71.5° | 71.5° | 71.5° |
| D BB Drop | 82 | 82 | 80 | 80 | 80 |
| E Trail | 65 | 65 | 65 | 65 | 65 |
| F Fork Rake/Offset | 51 | 51 | 51 | 51 | 51 |
| G Chainstay Length | 425 | 425 | 425 | 425 | 425 |
| H Wheelbase | 1003 | 1018 | 1032 | 1051 | 1067 |
| I Seat Tube Angle | 75.3° | 74.5° | 74.5° | 74° | 74° |