Review – Key Features – Features & Benefits – Specifications
2027 Honda CBR1000RR-R Fireblade SP: RACE BRED. ROAD READY.
Introducing the 2027 Honda CBR1000RR-R Fireblade SP…
The ultimate expression of Honda’s technical knowhow in production-bike form, Honda’s CBR1000RR-R Fireblade SP traces its heritage from the brand’s legendary early sport bike lineage into the MotoGP era. This premium model carries the full capability of Honda’s unmatched racing experience in every component, leveraging exotic materials, cutting-edge technology and championship-level engineering to an unmatched level. Whether navigating a canyon road or hunting a lap record, the CBR1000RR-R Fireblade SP delivers the full force of Honda’s racing ambition—refined, focused and ready.
This is what happens when MotoGP engineering goes street legal. The CBR1000RR-R Fireblade SP combines a high-revving inline-four engine, Öhlins NPX smart suspension, Brembo brakes, and advanced aero into one focused package built for the top of the Supersport food chain. The only question is: Are you ready to nail every apex and own every straight?
2027 Honda CBR1000RR-R Fireblade SP Totalmotorcycle.com Key Features
Engine & Drivetrain
1000 cc Inline Four
Featuring a bore and stroke of 81 mm x 48.5 mm, the engine design is inspired by Honda’s RC213V MotoGP race bike and draws on our extensive track-gained experience with cylinder filling and combustion.
Akrapovič Exhaust
Developed jointly with Akrapovič, the muffler is made of titanium for lightweight construction and improved mass centralization. A special valve helps boost torque at lower revs and increase horsepower at higher rpm.
Intake-Port Shape
We shaped the intake ports to increase charge velocity, resulting in improved midrange performance—a real benefit on corner exit.
Narrow Intake-Side Valve Angle
A super-narrow nine-degree intake valve angle provides high ventilation efficiency in the intake port, resulting in power output throughout the entire rpm range.
Large Throttle Bodies
The throttle bore diameter measures a huge 52 mm. The oval cross-section inside the throttle body streamlines airflow from the throttle butterfly to the twin intake valves in the head, reducing intake air pressure drop.
Titanium Rods
By eliminating the separate fastening nut and utilizing a titanium design inspired by the renowned RC213V-S rod, we’ve achieved a staggering 50% weight reduction compared to steel rods.
Semi-Cam Gear Train
The cam drive features a compact chain design. A gear on the crank engages an intermediary gear, which then drives the cam chain, resulting in a shorter overall chain run.
Forged Aluminum Pistons
You need a light piston to make high revs. Which is why the pistons are forged out of A2618 aluminum, the same material used in the RC213V. Each piston is approximately five percent lighter than a standard CBR1000RR piston, despite having a larger bore.
Built-in Bottom Bypass Cooling
Our innovative built-in bottom bypass cooling system directs cooling water differently around the top and bottom of the cylinder. The top requires more cooling, while the bottom needs less. This technology eliminates the need for an external hose outside the cylinder block. Consequently, the temperature difference across the cylinder bores is minimized.
Compact Starter Layout
Normally, a motorcycle engine is started by rotating the crankshaft. However, on the Fireblade SP, the starter engages the clutch main shaft, allowing the engine to be as compact as possible.
Throttle By Wire
The throttle-by-wire system smooths and improves throttle response, especially at the critical initial throttle opening. Adopting TBW also makes it possible to integrate the riding mode system.
Quick Shifter
The quick shifter allows for clutchless, full-throttle, seamless gear changes in both directions for uninterrupted power delivery. It also reduces shift shock and minimizes engine wear.
Chassis & Suspension
Öhlins Smart Suspension
Öhlins manufactures the electronically controlled third-generation NPX fork. It uses a pressurized damping system to both stabilize force and improve bump absorption.
Brembo Brakes
The front brakes feature 330 mm discs paired with radial-mount Brembo Stylema calipers, and the rear caliper is the same model used in MotoGP. Additionally, Brembo provides both brake master cylinders and the front brake lever, offering the rider a comprehensive braking system.
Long Swingarm
A specially engineered long swingarm, with precisely calibrated horizontal and vertical rigidity, enhances traction during corner entry and provides superior grip during hard acceleration.
Compact Overall Chassis
The wheelbase measures 57 inches, allowing for super-responsive handling. The traction-producing swingarm accounts for 24.5 inches of that length, and the crankshaft centreline is positioned for optimal balance.
Twin-Spar Frame
A light-weight aluminum frame with two-millimetre-thick wall sections fine-tunes both vertical and torsional rigidity for better feel and performance.
Additional Features
Honda Selectable Torque Control
Honda Selectable Torque Control (HSTC) ensures you stay in control while riding. The system automatically adjusts engine power to optimize torque at the rear wheel, reducing rear-wheel slip. You have the option to select from five power curves, ten torque levels, three engine-braking levels, and three levels of wheelie control.
Aerodynamic Winglets
Aerodynamic winglets generate significant downforce, particularly beneficial for track use. The two large wings installed at the upper front edges of the side fairings increase traction on corner exit and improve front-tire grip under braking.
Full-Colour TFT Screen Gauges
A large, high-resolution TFT display offers customization of essential information, including the speedometer, tachometer, gear position, fuel level, engine temperature, riding modes, and more.
Smart Key
Removing the conventional keyed ignition enhances convenience while allowing us to optimize the intake ducting for improved airflow. Plus, the top triple clamp has that trick, race-bike look.
HISTORY
The CBR1000RR-R Fireblade SP descends from the racing pedigree that has played a key role in the advancement of the sport bike genre. The bloodline starts with the 1959 Honda CB92 Benly Super Sport, a race-worthy performance model that competed at the highest levels on the track while being equally at home when ridden on the road, establishing a protocol that Honda sport bikes have championed ever since. The steadfast pursuit of technological improvement while competing on the World Championship stage cultivated seminal models in the successive decades, including the groundbreaking 1969 CB750, which introduced the world’s first modern inline four-cylinder sport bike engine—an architecture quickly imitated by the competition.
The pace-setting development progressed as the CBR family continued to shift the paradigm. In the 1990s, the CBR400RR (a Japanese-market model) and CBR900RR ushered in the concept of “Total Control,” an ideal blend of harmonious engine performance, light weight and nimble handling that dramatically enhances the connection between rider and machine. Introduced to the U.S. market in 2004, the CBR1000RR continued to refine this well-proven theory by incorporating lessons learned from Honda’s MotoGP championship-winning RC models on racing circuits around the globe. The model has continuously raised the bar in the 1000cc sport bike category.
Drawing heavily from Honda’s dominant RCV MotoGP platform, the 2021 CBR1000RR-R Fireblade SP reset the bar again, focusing on outright track performance. Engineers developed an engine that was more compact and benefited from the use of high-end technologies like titanium connecting rods, forged-aluminum pistons and finger-follower rocker arms.
For 2022, the CBR1000RR-R Fireblade SP celebrated 30 years since the original CBR1000RR was offered in Europe, with detailed updates for improved corner-exit acceleration, HSTC management and throttle feel. In 2025, the model again moved up its development curve. Updates delivered a healthy performance boost, thanks to improved throttle response, riding-position changes and upgrades from Brembo and Öhlins, resulting in a bike that’s ready to win out of the box, but also one with an elevated riding experience on the open road.
CB1000F Headlines Honda’s On-Road New-Model Announcement
Retro-inspired model draws design inspiration from the legendary 1979 CB750F AMA Superbike racer
Announcement also includes CBR1000RR-R Fireblade SP and CBR1000RR
American Honda today announced the 2026 CB1000F, a retro-styled four-cylinder motorcycle that channels the spirit of the iconic 1979 CB750F made famous by Freddie Spencer in AMA Superbike competition. With clean lines, evocative graphics and a broad performance envelope built on the CB1000 Hornet SP platform, the CB1000F delivers the timeless appeal of an air-cooled-era standard with the capability and refinement riders expect from a modern Honda.
“The CB1000F is a tribute to one of the most iconic eras in Honda motorcycling,” said Colin Miller, Manager of Experiential Marketing at American Honda. “From the silhouette to the graphics, every detail is designed to evoke the look and feel of the classic CB750F—but with the performance, comfort and reliability of a thoroughly modern machine. It’s a bike that rewards the rider on every level, whether commuting through the city or chasing a great road on a Sunday morning.”
Also included in today’s announcement are the returning 2027 CBR1000RR-R Fireblade SP and CBR1000RR, continuing Honda’s commitment to high-performance supersport motorcycles.
2027 Honda CBR1000RR-R Fireblade SP Totalmotorcycle.com Features and Benefits
DESIGN & STYLING
Bodywork
The aggressive fairing design is no mere styling exercise: it was developed to create a class-leading drag coefficient (with a tucked-in rider under track conditions), and to restrict lift under acceleration, while also optimizing braking stability.
The fairing midsection houses forward-set winglets, which generate downforce (to minimize wheelies under acceleration, and to enhance stability on braking and corner entry) with an aerodynamic frontal step. The design reduces yaw moment through a corner by 10%, making high-speed turning easier.
To reduce steering effort, a convex surface on each side of the front fender moves airflow away from the front wheel, smoothly directing it to the fairing sides. Cooling air for the radiator and oil cooler is optimized by aerodynamic management of both velocity and pressure of air flowing from the front tire.
The lower fairing extends close to the rear tire and features an aerodynamic step to minimize airflow around the tire, optimizing handling.
To let air flow around the rider’s feet with minimum resistance, the sides of the rear hugger are carefully shaped. To minimize rear lift, the hugger’s upper side is cut out to vent air that channels up from underneath either side of the swingarm.
The fuel-tank cover is set low, minimizing the frontal area with the rider prone. The tank is shaped to allow the rider’s knee to grip. At a 35° angle, the screen smoothly channels airflow from the upper fairing over the rider and seat cowl, which itself presents the minimum possible drag resistance.
Meter / Controls
Providing full, intuitive control of the model’s systems is a high-resolution, full-color 5-inch TFT screen, which is fully customizable to display exactly what the rider wants to see. The compact lefthand switch cluster houses a four-way switch; fast and easy to use, it has top/bottom buttons to set riding-mode parameters, while the left/right buttons cycle screen-display information.
To protect the engine on cold starts, a function moves the redline down to 8,000 rpm on startup; as the coolant temperature reaches its operating zone, the redline moves up to just over 14,000 rpm.
Honda’s Smart Key System operates the ignition and the handlebar lock, with no need to insert a key. This feature is convenient for day-to-day riding, and it allows use of a competition-style top triple clamp, with optimum space for the ram-air system.
ENGINE & DRIVETRAIN
The Fireblade’s 999.9cc, inline DOHC four-cylinder semi-cam-gear engine was designed with heavy input from the HRC MotoGP development program. The engine shares the oversquare 81.0mm bore and 48.5mm stroke as the RC213V, and the compression ratio is 13.6:1.
MotoGP technology is everywhere internally. Friction is minimized via Diamond Like Carbon (DLC) on the cam lobes, as with the RC213V-S MotoGP replica; this advanced process achieves a reduction in valvetrain frictional loss of 35% compared to non DLC-coated lobes.
Connecting rods and connecting-rod caps forged from TI-64A Titanium (a material developed by Honda) reduce weight by 50% compared to Chromium Molybdenum steel versions; they employ bolts made from HB 149 Chromium Molybdenum Vanadium steel (another Honda development) and do not use fastening nuts.
For durability, the small-end bushings are made of shaved C1720-HT Beryllium copper (because of its high-rpm reliability), while the surfaces of the big-ends are treated with DLC. The pistons are forged aluminum for lightweight strength, durability and maximum output.
To guarantee high-rpm wear resistance, the piston skirts feature an Ober coating (Teflon and Molybdenum base) and nickel-phosphorous plating for the piston-pin clip-groove. To manage temperature, the pistons use a multi-point piston jet that sprays cooling oil in multiple directions through each cycle. At low rpm (i.e., when the jets are not needed), check balls shut off the flow of oil to limit oil-pressure loss and minimize friction.
To minimize bore distortion (and thus friction), the cylinder features a built-in bottom bypass. This system circulates cool water from the radiator into the main water jacket, while the area below uses non-cooled water. The net effect is a low, even temperature at all points across the bores.
To minimize width, the engine is started by rotation of the clutch main shaft rather than the crankshaft. This design allows a compact crankshaft, while space is saved through double use of the primary driven gear to also transmit rotation from the starter motor; the engine is compact in length, with short distances between the crankshaft, countershaft and main shafts. The rear of the engine block also serves as the upper shock mount.
Valvetrain
The intake valves are 32.5mm in diameter, while exhaust valves are 28.5mm, and they’re operated by finger-follower rocker arms; valve angle on the intake side is 9°, minimizing the surface area of the combustion chamber and enhancing combustion efficiency. Both intake and exhaust valves use three-stage elliptical progressive springs.
The valve train uses a semi-cam gear-train system. To drive such high-rpm/high-cam lift performance, the chain is driven from the timing gear located on the crankshaft via the cam-idle gear;, allowing for a relatively short chain length.
Intake System
Air is fed into the engine via a ram-air duct located at the high-surface-pressure tip of the front fairing; the size of its aperture is equivalent to that of the RC213V MotoGP machine. A ribbed “turbulator” to the right, left and above the duct entrance ensures maximum induction of moving air, with minimal impact on handling. The draft angle of the aperture’s interior wall maintains flow under high speed and acceleration.
To maintain stable performance across a wide speed range, pressurized air follows a straight shot through the headstock, around the steering stem and into the airbox. This smooth path is made possible by Honda’s Smart Key system and a 25º steering angle. To draw the volume of air needed, the throttle bodies have 52mm diameters.
The “dirty” side of the air filter controls the direction of intake air separation and vortex generation, while on the “clean” side, filtered air feeds slash-cut intake funnels.
Exhaust System
Mirroring the intake side, the four exhaust downpipes use an oval cross section. Constructed from titanium, the Akrapovič muffler’s small physical size and light weight contribute to mass centralization and an aggressive right-side lean angle. The exhaust valve was designed to deliver both low-rpm torque and high-rpm power, and the exhaust note rises linearly with engine rpm.
ELECTRONIC CONTROLS
Derived and developed from the system used by the RC213V-S, the Fireblade’s throttle-by-wire system (TBW) controls the throttle-butterfly valve angle (relative to input from the throttle) to provide a linear delivery, allowing precise throttle control and a natural feel. The TBW is a two-motor system: one motor for cylinders 1 and 2, the other for 3 and 4. Through smaller throttle openings, the throttle valves for cylinders 1 and 2 open first, to finely adjust output and generate crank-rotation fluctuations. This makes the engine much easier to control through the lower rpm ranges, and as revs climb, all throttle valves open together, for a smooth rush of top-end power.
The other benefit of two-motor TBW is the amplification of engine braking; with the throttle fully closed during deceleration, cylinders 3 and 4 open with the exhaust valve closed, to increase the engine’s pumping loss (and therefore also engine braking); meanwhile, cylinders 1 and 2 remain closed, ready to open smoothly on the next acceleration.
A Bosch six-axis inertial measurement unit (IMU) delivers accurate calculation of pitch and roll, for precise control of the bike’s behavior. The Fireblade SP is also equipped with Showa’s Honda Electronic Steering Damper (HESD), which has a lightweight, through-rod design; it mounts on the bottom of the steering stem and attaches to the bottom triple clamp. HESD is controlled by input from the wheel-speed sensors and IMU; three levels of control are available.
Riding Modes
There are three default riding modes, with options to change engine output and character. Power (P) operates through levels 1-5, with 1 giving ultimate outright power. Engine Brake (EB) manages performance on a closed throttle through levels 1-3, with 1 being the strongest engine braking delivered by the two-motor TBW. Wheelie (W) manages through levels 1-3 (plus off), with 1 giving the weakest intervention.
Wheelie Control uses information gathered by the IMU on the motorcycle’s pitch angle, along with front and rear wheel-speed sensors, to maintain torque and manage the wheelie without sacrificing forward drive.
The Fireblade is also equipped with Start Mode for race starts. This limits engine rpm at certain set points (6,000 rpm, 7,000 rpm, 8,000 rpm and 9,000 rpm), even with a wide-open throttle, letting the rider focus on the lights and clutch release. The three-level quick shifter delivers razor-fast changes, with short fuel cut time while shifting and smooth torque pickup after shifting.
CHASSIS & SUSPENSION
Geometry
Wheelbase is 57.2 inches, with rake and trail of 24.1° and 4.0 inches (102mm), respectively. Curb weight is 445 pounds, with all required fluids and a full tank of fuel. Weight distribution is balanced at 53%/47%, and a relatively high center of gravity optimizes side-to-side agility. Seat height is 32.7 inches.
Frame
The diamond-style main frame is constructed from 2mm aluminum, with an extremely accurate tuning of the rigidity balance; the engine mounts in six locations, optimizing handling. Considerable development was focused on rigidity balance, for a supple handling feel and razor-sharp steering accuracy.
Round, thin-wall aluminum tubing forms the minimalist subframe, which mounts to the frame from the top to narrow the area around the rear of the fuel tank and seat, making for a compact, aerodynamically efficient riding position.
Swingarm
Constructed from 18 individual thicknesses of aluminum, the swingarm is 24.5 inches long; its horizontal and vertical rigidity are tuned to generate grip and feel.
Suspension
The CBR1000RR-R Fireblade SP features the third-generation Öhlins 43mm S-EC3.0 (SV) NPX inverted fork. Using an internal spool-valve structure, the fork optimizes ride quality and turning stability through the suspension stroke, while enhancing feel for front-tire grip. The fork is clamped by forged-aluminum top and bottom triple clamps. Matching the race-quality front end is an Öhlins TTX36 S-EC3.0 (SV) shock absorber.
For optimum design integrity (and to minimize weight), the Pro-Link rear-suspension system has the top of the shock attach to the rear of the engine block via a bracket. This also isolates the rear wheel from the headstock, optimizing high-speed stability and feel for rear-wheel traction.
In conjunction with the hardware, Öhlins Objective Based Tuning interface (OBTi) offers very fine suspension adjustments front and rear; both can be adjusted independently from the default settings, and three individual modes can be set and stored, allowing the rider to configure multiple settings for conditions such as weather, tire wear or fuel load—and to switch instantly while riding. A front/rear spring-preload guide is accessible via the meter, which recommends the correct setting for the rider’s weight.
Wheels
The 17-inch five-spoke cast-aluminum rear rim wears a 200/55-ZR17 tire, minimizing the change in chassis geometry when switching from street to track rubber. The 17-inch five-spoke cast-aluminum front rim wears a 120/70-ZR17 tire.
Brakes
The Brembo Stylema R four-piston radial-mount brake calipers are operated by a Brembo master cylinder and brake lever, and offer consistently high braking performance, even at the high temperatures generated on track. The calipers grip 330mm diameter/5mm thick discs that dissipate heat efficiently. The rear brake caliper is the same Brembo unit used by the RC213V-S.
Rider confidence at turn-in is enhanced by rear-lift control and ABS-managed brake force relative to lean angle. The system features three switchable setups:
- STANDARD mode focuses on road-riding performance, with high brake force and less pitching.
- TRACK mode delivers braking performance from much higher circuit speeds and does not suppress rear lift.
- RACE mode switches off the rear ABS function completely, with no Cornering ABS input.
2027 Honda CBR1000RR-R Fireblade SP – Totalmotorcycle.com Specifications/Technical Details
US MSRP Price: $ 28999 USD
Canada MSRP Price: $37752 CDN (includes Freight, PDI and Fees)
Europe/UK MSRP Price: £ See Dealer GBP (On The Road inc 20% Vat)
| ENGINE | |
| Type | 999.9cc liquid-cooled inline four-cylinder four-stroke |
| Valvetrain | DOHC; four valves per cylinder |
| Bore x Stroke | 81.0mm x 48.5mm |
| Compression Ratio | 13.6:1 |
| Induction | Programmed electronic fuel injection (PGM-FI); 52mm throttle bodies |
| Ignition | Full transistorized |
| Starter | Push-button electric |
| Transmission | Six-speed manual |
| Clutch | Multiplate wet |
| Final Drive | #525 chain; 16T/44T |
| SUSPENSION | |
| Front | 43mm Öhlins NPX inverted telescopic fork w/ Smart Electronic Control (S-EC3); 4.9-inch travel |
| Rear | Pro-Link® system w/ single Öhlins TTX36 EC shock absorber; Smart Electronic Control (S-EC3); 5.6-inch travel |
| BRAKES | |
| Front | Dual Brembo Stylema four-piston radial-mount hydraulic calipers w/ 330mm discs; ABS |
| Rear | Single Brembo hydraulic caliper w/ 220mm disc; ABS |
| TIRES | |
| Front | 120/70ZR-17 |
| Rear | 200/55ZR-17 |
| MEASUREMENTS | |
| Rake | 24.1º |
| Trail | 4.0 inches (102mm) |
| Length | 82.9 inches |
| Width | 29.6 inches |
| Height | 45.0 inches |
| Seat Height | 32.7 inches |
| Ground Clearance | 5.1 inches |
| Wheelbase | 57.2 inches |
| Fuel Capacity | 4.4 gallons |
| Curb Weight* | 445 pounds |
| OTHER | |
| Color | Grand Prix Red |
| Warranty | 1 year |
*Includes all standard equipment, required fluids and full tank of fuel—ready to ride
Meets current EPA standards
Models sold in California meet current CARB standards and may differ slightly due to emissions equipment
Specifications subject to change
Manufacturer Specifications and appearance are subject to change without prior notice on Total Motorcycle (TMW).
