Volvo FM300 Used Trucks - Current Offers for Sale
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ID: 9446
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ID: 9404
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ID: 9402
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Volvo FL250 4x2 EURO6 + PALFINGER PK 12.501 SLD
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Volvo FM380 8X4*4 EURO3 + INTERMIX 9m3 + MSM 9m
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Used Volvo FM300 Specifications Overview
Powertrain Configurations and Performance
The Volvo FM300 series (2010–2025) is defined by modular powertrain evolution and chassis adaptability across a 300–330 hp bracket. Early models (2010–2013) feature the D9B 9.4L inline-six engine rated at 300 hp and 1,500 Nm, optimized for low-rev torque delivery and high payload efficiency. Post-2013, the FM330 adopts the 10.8L D11 engine (up to 330 hp/1,600 Nm), integrating high-pressure common rail injection (2,400 bar) and a rear-mounted timing system for smoother PTO operation and reduced vibration. Alternative engines include the D8K (8.0L up to 350 hp) for high-payload sectors and the D13 (12.8L, up to 540 hp/2,500 Nm) for heavy construction. The FM Electric variant, introduced from 2022, offers 330–490 kW from up to three traction motors, a battery capacity up to 540 kWh, and a range of 300 km.
Transmission and Driveline Technologies
All FM300 variants standardized on the 12-speed I-Shift AMT from mid-2010s, with optional crawler gears and Dual Clutch for seamless torque delivery under load. Earlier models offered 14-speed manual and 6-speed Powertronic automatic units for vocational applications. The I-See predictive cruise system, leveraging GPS topography, proactively controls shift strategy and Eco-Roll function to maximize fuel efficiency. Tandem Axle Lift, available on 6x4/8x4 air suspension configurations, allows disengagement and pneumatic lifting of the rearmost axle to reduce drag and tire wear during unladen operation.
Chassis Architecture and Cab Innovations
The FM300 platform supports configurations from 4x2 (GVW 18,000 kg) up to 8x4 (GVW >32,000 kg), with wheelbases from 3,500 to 6,000 mm. Frame construction features C-section high-tensile steel (300x90x8 mm); payloads reach 16,350 kg depending on setup. Suspension options include parabolic leaf, multi-leaf, or ECAS air. The low-entry cab variant (CAB-LID/LIH) provides direct-step ingress/egress and improved city visibility. Post-2020 cabs increase interior space by 1 m³, add a 12" digital instrument cluster, optional 9" infotainment/telmatics touchscreen, neck-tilt steering column, and improved acoustic insulation (2 dB reduction).
Safety, ADAS, and Aerodynamics
All cabs pass the BOF10 crash test and employ welded high-tensile safety cages. Advanced ADAS options include EBS-managed collision warning with emergency braking, ACC with full stop/start, Side Collision Support, Door Opening Warning, and passenger corner cameras streamed to the 9" display. FM Aero models (post-2024) feature an extended front cab (by 24 cm), reducing drag and enabling up to 5% lower fuel consumption.
Frequently Asked Questions
How does the Volvo FM300’s tandem axle lift work? ▶
The tandem axle lift electronically disengages and pneumatically raises the second driven axle on 6x4/8x4 air suspension models, reducing tire wear and fuel use during unladen trips.
What safety standards does the Volvo FM300 cab meet? ▶
The Volvo FM300 cab passes the Swedish BOF10 crash test, ensuring a robust safety cage structure against rollovers and front offset impacts.
What are the benefits of the Volvo FM300’s I-See system? ▶
I-See uses GPS topography to optimize gear shifts and speed in advance, improving fuel savings by up to 5% through predictive driving strategies.
What cab features improve driver comfort in the Volvo FM300 post-2020 models? ▶
Post-2020 FM300 cabs offer a larger interior volume, a 12-inch digital instrument cluster, optional 9-inch touchscreens, neck-tilt steering, and reduced cabin noise by 2 dB.
Which axle configurations are available for the Volvo FM300 chassis? ▶
The FM300 offers configurations from 4x2 for urban distribution up to 8x4 for heavy construction, with GVWs ranging from 18,000 to over 32,000 kg.
How does Volvo Dynamic Steering benefit FM300 drivers? ▶
Volvo Dynamic Steering reduces driver fatigue by lessening the effect of road vibrations and crosswinds, improving control at low speeds and during urban driving.







