2024 International® RH™ Series International A26 56" Low Roof Sleeper_6x2
Exterior Colors:
- Year 2024
- Make International®
- Model RH™ Series
- Engine International® A26
2024 International® RH™ Series International A26 56" Low Roof Sleeper_6x2
Features may include:RH Exterior Hotspot- Collision Mitigation is Standard
RH™ Series comes standard with Bendix Wingman Fusion collision mitigation technology. The forward-facing camera and radar provide Adaptive Cruise Control, Lane Departure Warning, road speed sign detection, stationary object alerts, and more.
- A Better View of the Road Ahead
The sloping hood and large side windows provide industry leading visibility. Door mirrors and large and mounted far forward, improving visibility alongside the vehicle.
- LED Headlamps
Long-lasting LED lights improve night vision and polycarbonate lenses resist impact.
- Smooth Ride
The sloping hood and large side windows provide industry leading visibility. Door mirrors and large and mounted far forward, improving visibility alongside the vehicle.
DriverFirst™ In Every Detail- Elbow Room
Door panels are ergonomically designed to allow extra hip and elbow room while also providing a comfortable sport for drivers to rest their arm.
- Column-mounted Shifter
The shifter is placed on the steering column, allowing drivers to easily reach and operate shifting and engine braking while keeping their eyes on the road and hands on the wheel.
- Powerful HVAC
The HVAC system helps keep drivers comfortable and the windows clears in extreme weather.
- Ergonomic Console
The thoughtfully designed angled center console provides easy access to vehicle controls and USB ports, while the lower console offers improved storage and greater room to move within the cab.
- Premium Gauge Cluster
The RH™ Series' Premium Gauge Cluster positions gauges and key alerts where drivers can easily view them without distraction, providing optimal viewing in varying light conditions to maximize alertness and minimize eye fatigue.
View real-time or average fuel consumption to determine how driving style affects fuel economy performance.