When Kawasaki introduced the 2020 Teryx KRX 1000 in October 2019, it marked the company’s first entry into the modern high-performance sport UTV market. Rather than chasing maximum horsepower, Kawasaki built the original KRX 1000 around suspension performance, low-speed control, occupant comfort and long-term durability.
The result was a naturally aspirated two-seat sport side-by-side powered by a 999cc parallel-twin engine and equipped with 19 inches of front suspension travel, 21 inches of rear travel, 31-inch Maxxis Carnivore tires and more than 14 inches of ground clearance.
Those specifications made the KRX 1000 particularly well suited to technical trails and rock crawling. Its reinforced chassis, large CVT, centrifugal clutch and substantial underbody protection also helped establish the durability-focused identity that continues to define the KRX platform.
This article covers the original 2020 Kawasaki Teryx KRX 1000 as it was introduced. For firsthand driving impressions, read our 2020 Kawasaki Teryx KRX 1000 first ride and our complete Kawasaki Teryx KRX 1000 review.
2020 Kawasaki Teryx KRX 1000 Highlights
- 999cc liquid-cooled, four-stroke parallel-twin engine
- Electronic throttle valves and two selectable power modes
- Large-capacity CVT with a centrifugal clutch
- Selectable 2WD, 4WD and 4WD with front differential lock
- High-rigidity frame incorporating the ROPS as a stressed member
- 19 inches of front suspension travel
- 21 inches of rear suspension travel
- FOX 2.5 Podium LSC shocks
- 31-inch Maxxis Carnivore eight-ply tires
- 15-inch aluminum beadlock wheels
- 14.4 inches of ground clearance
- 99-inch wheelbase
- 350-pound rear cargo capacity
- Nearly 50 Kawasaki Genuine Accessories offered at launch
999cc Parallel-Twin Engine
Kawasaki developed an all-new 999cc liquid-cooled, four-stroke parallel-twin engine for the KRX 1000. Its 92.0mm bore and 75.1mm stroke were selected to provide a combination of high-rpm performance and usable low-end torque.
Dual 50mm throttle bodies, electronic throttle valves and fine-atomizing fuel injectors helped produce precise engine response. A large 20-liter intake chamber supplied the two intake funnels, which used different lengths and shapes to help broaden the torque curve.
Kawasaki also applied technology influenced by its high-performance motorcycles. The intake-port exits were machined in two stages to provide a straighter path into the combustion chambers, while the intake and exhaust ports were polished to improve airflow.
Lightweight cast pistons reduced reciprocating mass, and a molybdenum coating on the piston skirts helped reduce friction. Hydroformed exhaust headers transitioned from D-shaped ports to round tubing before joining at the collector.
Dual elevated intake openings—one serving the engine and one serving the CVT—were positioned behind the doors. Prefilters and a downstream Donaldson air filter helped protect the engine in dusty riding conditions.
CVT With a Centrifugal Clutch
One of the defining features of the original KRX 1000 was its large-capacity continuously variable transmission. Kawasaki placed a centrifugal clutch between the crankshaft and the CVT drive pulley, allowing the clutch to manage engagement while keeping the belt continuously tensioned.
This arrangement produced smooth initial engagement and precise low-speed throttle control—important advantages when navigating ledges, rock gardens and other technical terrain. It also reduced the belt shock commonly associated with initial CVT engagement.
The transmission included High, Low, Neutral and Reverse ranges. Kawasaki selected the CVT and transmission ratios to provide predictable acceleration and strong engine braking on steep descents.
Selectable Four-Wheel Drive and Power Modes
The driver could select 2WD, 4WD or 4WD with front differential lock as terrain conditions changed. Locking the front differential forced the front wheels to work together, improving traction when one tire became unloaded or encountered a low-traction surface.
Two selectable power modes adjusted throttle response. Full Power mode delivered the engine’s quickest response, while Low Power mode softened throttle delivery for technical crawling or other situations where precise input was more useful than immediate response.
High-Rigidity Frame
Kawasaki designed the KRX 1000’s high-rigidity frame using dynamic rigidity analysis. The integrated Roll Over Protective Structure served as a stressed part of the chassis, while arched ROPS pillars helped distribute loads through the structure.
The B-pillars were positioned in line with the rear shocks so the frame could more effectively manage suspension loads. Thicker-wall tubing reinforced high-stress areas around the engine and suspension mounts without relying on an excessive number of gussets.
A 99-inch wheelbase and wide stance gave the KRX 1000 stability at speed while providing room for a spacious cockpit. The rear-engine layout produced a claimed 46/54 front-to-rear weight distribution. Kawasaki positioned the fuel tank low and near the center of the vehicle to minimize changes in balance as fuel was consumed.
Long-Travel Suspension
The original KRX 1000 used double-wishbone front suspension with 19 inches of travel. At the rear, a four-link trailing-arm design provided 21 inches of travel while controlling toe change throughout the suspension stroke.
FOX 2.5 Podium LSC piggyback shocks were fitted at all four corners. The single-chamber gas shocks included adjustable spring preload and 24-position low-speed compression adjustment. Dual-rate coil springs allowed the suspension to absorb smaller trail impacts while retaining support for larger hits and aggressive cornering.
Rear shock bodies incorporated stainless-steel sleeves for improved wear resistance. Kawasaki also used steel suspension knuckles to support its durability goals.
Ground Clearance and Underbody Protection
The KRX 1000 offered 14.4 inches of ground clearance. Its angled underbody was shaped to help the vehicle slide across obstacles rather than become hung up on a flat lower surface.
A combination of steel and plastic skid plates protected the underside, with Kawasaki stating that steel accounted for more than 80 percent of the protected area. Additional steel plates behind the front fenders helped shield the vehicle from rocks and trail debris.
The tires extended beyond the bodywork at each corner, allowing the tires to contact many obstacles before the body. Kawasaki claimed 90-degree approach and departure angles, another feature that reflected the KRX 1000’s technical-trail focus.
31-Inch Tires and Beadlock Wheels
The 2020 KRX 1000 came equipped with 31-inch Maxxis Carnivore tires. Their large diameter helped the machine roll over rocks and trail obstacles, while their eight-ply construction provided added puncture resistance.
The tires were mounted on 15-inch aluminum beadlock wheels. The beadlock rings secured the outer tire beads during low-pressure operation, and large M10 beadlock bolts used reinforced threaded inserts for added holding strength.
Brakes and Electric Power Steering
Four 10-inch stainless-steel brake rotors provided stopping power. Twin-piston calipers were used at the front, while single-piston calipers handled rear braking. The brake system was tuned so the front brakes engaged first, followed progressively by the rear brakes.
Scrapers mounted near the rear rotors helped clear mud, and the mechanical parking-brake lever operated the rear brakes.
Kawasaki’s speed-sensitive electric power steering provided its greatest assistance at very low speeds and reduced assistance as vehicle speed increased. The system also helped damp steering-wheel kickback over rough terrain. Separate EPS maps maintained a more consistent steering feel in 2WD and 4WD.
Roomy Two-Seat Interior
The KRX 1000’s long wheelbase and rear-engine layout allowed Kawasaki to create a roomy two-seat cockpit. High-back bucket seats, three-point seat belts and adjustable seating positions supported both comfort and vehicle control.
Both seats could be adjusted through a six-inch range in half-inch increments. Kawasaki used firmer foam in the seat bottoms for support and softer foam in the backrests for comfort.
Standard half doors incorporated armrests and could be opened from inside or outside. A gated shifter was positioned in the center console, while the passenger received a wide, adjustable T-handle grab bar. Its adjustment mechanism was located inside the glove box to protect it from dirt.
Interior storage included a water-resistant compartment above the center console, a console pocket, a passenger glove box and five cupholders. A 12-volt DC outlet provided up to 120 watts for accessories or personal electronics.
Digital Instrumentation
A digital display mounted above the steering wheel placed vehicle information in the driver’s line of sight. Its functions included:
- Digital speedometer
- Two selectable bar-style tachometer displays
- Fuel gauge
- Gear-position indicator
- Power-mode indicator
- 2WD, 4WD and differential-lock indicators
- Odometer, dual tripmeters and hour meter
- Clock
- Coolant-temperature display
- Battery-voltage display
- CVT-temperature gauge
- Seat-belt, oil-pressure, engine, EPS and CVT-belt warning lights
The CVT temperature display was especially useful during slow, high-load operation because it could alert the driver to conditions capable of shortening belt life.
Rear Cargo Area
The rear cargo platform carried up to 350 pounds and was large enough to hold a spare tire measuring up to 32 inches. A recessed floor helped keep coolers and other cargo in position, while four integrated tie-down points provided locations for securing a load.
2020 Kawasaki Teryx KRX 1000 Specifications
| Engine | 999cc liquid-cooled, four-stroke parallel twin |
|---|---|
| Bore x stroke | 92.0 x 75.1mm |
| Fuel system | Electronic fuel injection with dual 50mm throttle bodies |
| Transmission | Automatic CVT with centrifugal clutch; High, Low, Neutral and Reverse |
| Drive system | Selectable 2WD, 4WD and 4WD with front differential lock |
| Front suspension | Double wishbone; FOX 2.5 Podium LSC shocks; 19 inches of travel |
| Rear suspension | Four-link trailing arm; FOX 2.5 Podium LSC shocks; 21 inches of travel |
| Front brakes | Dual 10-inch discs with twin-piston calipers |
| Rear brakes | Dual 10-inch discs with single-piston calipers |
| Tires | 31-inch Maxxis Carnivore, eight-ply |
| Wheels | 15-inch aluminum beadlocks |
| Wheelbase | 99 inches |
| Ground clearance | 14.4 inches |
| Cargo capacity | 350 pounds |
| Colors | Lime Green/Metallic Onyx Black; Metallic Moondust White/Metallic Onyx Black |
| Original MSRP | $20,499 |
Accessories and Original Price
Kawasaki offered nearly 50 Genuine Accessories when the KRX 1000 launched. The catalog included roofs, full and half windshields, bumpers, additional skid plates, A-arm guards, trailing-arm guards, mirrors, lighting, audio systems, harnesses and a winch.
The company also assembled themed accessory packages for cab protection, lighting, recreation and mud use. The original 2020 Kawasaki Teryx KRX 1000 carried an MSRP of $20,499 and was offered in Lime Green/Metallic Onyx Black or Metallic Moondust White/Metallic Onyx Black.
Why the Original KRX 1000 Mattered
The 2020 KRX 1000 gave Kawasaki a distinct position in the sport UTV market. Its naturally aspirated engine did not make the headline horsepower of contemporary turbocharged machines, but its chassis, suspension, large tires and smooth low-speed drivetrain made it exceptionally capable in technical terrain.
More importantly, Kawasaki prioritized durability and control from the beginning. The centrifugal-clutch CVT, extensive steel skid protection, steel suspension knuckles and heavily constructed chassis all supported that mission.
The platform later expanded into additional two-seat and four-seat variants, but the original 2020 model established the formula. See how the family evolved in our 2026 Kawasaki Teryx KRX 1000 lineup guide.
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