2017 MINI Cooper Countryman Specs: Power, Interior Space, and Pricing Guide

The 2017 MINI Cooper Countryman marks the transition to the larger F60 generation, delivering engine outputs between 134 hp and 228 hp across three-cylinder, four-cylinder, and plug-in hybrid powertrains. It expands cargo space to 17.6 cubic feet behind the rear seats, extending to 47.6 cubic feet when folded. Original MSRPs ranged from $26,600 to over $37,000, while pre-owned models typically sell for $10,000 to $18,000 depending on trim and condition.

The F60 Generation Shift: Architecture and Design Overhaul

The 2017 MINI Cooper Countryman represented a structural evolution for MINI’s flagship crossover utility vehicle. Internalized under the factory code F60, this second-generation Countryman migrated from the legacy platform shared with older subcompact designs to BMW’s modular UKL2 architecture. This platform shift allowed MINI to address the primary criticism of the previous generation (the R60, produced from 2011 to 2016): a tight rear seat and limited cargo volume.

By utilizing the UKL2 chassis—which also underpinned contemporary vehicles like the BMW X1 and BMW 2 Series Active Tourer—the 2017 Countryman grew significantly in size. Overall vehicle length increased by 7.8 inches to 169.8 inches, the width expanded by 1.3 inches to 71.7 inches, and the wheelbase was stretched by 2.9 inches to 105.1 inches.

Generation Comparison (Dimensions):

• R60 (2011–2016): 161.3 in (Length)
• F60 (2017): 169.8 in (+7.8 in overall)

Beyond dimensional enlargement, the structural rigidity of the body shell was upgraded using higher proportions of ultra-high-strength steel. This enhanced torsional stiffness, improving acoustic insulation, lowering cabin vibration, and providing a firmer platform for suspension tuning.

Visually, the 2017 model maintained signature MINI design cues—such as floating rooflines, contrasting mirror caps, and upright windshield geometry—while adopting squared-off headlight surrounds, aggressive lower air intakes, and prominent side scuttles. The expansion firmly moved the Countryman out of the subcompact hatchback category and into the premium subcompact CUV bracket, directly competing with vehicles such as the Audi Q3, Mercedes-Benz GLA, and BMW X1.

Powertrains and Engine Specs: Power, Torque, and Drivetrains

The 2017 MINI Countryman lineup offered four distinct powertrain configurations in North America, each engineered for a specific balance of efficiency, daily usability, and high-performance output. All gasoline engines in this generation belong to BMW’s modular B-engine family, utilizing twin-scroll turbocharging, direct fuel injection, and VALVETRONIC variable valve lift control.

1. MINI Cooper Countryman (Base Trim)

• Engine Architecture: 1.5-liter inline 3-cylinder turbocharged (B38M15)
• Horsepower: 134 hp @ 4,400–6,000 rpm
• Torque: 162 lb-ft @ 1,250–4,300 rpm (overboost to 170 lb-ft)
• Drivetrain Options: Front-Wheel Drive (FWD) or ALL4 All-Wheel Drive
• Transmissions: 6-speed manual standard; 6-speed automatic (FWD) or 8-speed automatic (ALL4)

The entry-level Cooper utilizes a turbocharged 3-cylinder engine optimized for low-end torque availability. Achieving maximum torque at just 1,250 rpm, this powertrain delivers prompt off-the-line responsiveness in urban driving conditions. However, with 134 horsepower propelling a curb weight exceeding 3,300 pounds, zero-to-60 mph acceleration times are modest, taking roughly 9.3 seconds for front-wheel-drive automatic models and 9.5 seconds with ALL4.

2. MINI Cooper S Countryman

• Engine Architecture: 2.0-liter inline 4-cylinder turbocharged (B48A20)
• Horsepower: 189 hp @ 5,000–6,000 rpm
• Torque: 207 lb-ft @ 1,350–4,600 rpm
• Drivetrain Options: FWD or ALL4 All-Wheel Drive
• Transmissions: 6-speed manual or 8-speed Steptronic automatic

The Cooper S upgrade installs a 2.0-liter 4-cylinder engine that increases peak output by 55 horsepower and 45 lb-ft of torque over the base model. This configuration substantially changes the vehicle’s acceleration profile, cutting the 0–60 mph sprint to approximately 7.2 seconds (7.0 seconds with ALL4 and the 8-speed automatic). The linear power band delivers strong mid-range acceleration, making highway merging and high-speed passing effortless compared to the 1.5-liter engine.

3. MINI Cooper S E Countryman ALL4 (Plug-in Hybrid)

• Engine Architecture: 1.5-liter 3-cylinder turbo + rear axle electric motor
• Combined System Power: 221 hp
• Combined System Torque: 284 lb-ft
• Battery Capacity: 7.6 kWh lithium-ion battery pack
• Transmission: 6-speed automatic driving the front wheels; electric motor driving the rear wheels

Introduced mid-model year, the Cooper S E was MINI's first production plug-in hybrid (PHEV). The gas engine drives the front wheels while a 87-hp electric motor drives the rear axle, creating an electronic all-wheel-drive system without a physical driveshaft linking the two ends. The combined 284 lb-ft of torque provides instant throttle response, enabling a 0–60 mph run in 6.7 seconds. Under initial EPA testing, the 7.6 kWh battery provided an all-electric driving range of approximately 12 miles before the internal combustion engine engaged.

4. MINI John Cooper Works (JCW) Countryman ALL4

• Engine Architecture: High-output 2.0-liter inline 4-cylinder turbocharged (B48)
• Horsepower: 228 hp @ 5,000–6,000 rpm
• Torque: 258 lb-ft @ 1,450–4,500 rpm
• Drivetrain: ALL4 All-Wheel Drive standard
• Transmissions: 6-speed manual or 8-speed Sport Automatic with paddle shifters

The top-tier JCW trim featured a tuned version of the B48 engine equipped with a larger intercooler, revised pistons, and higher turbo boost pressure. Combined with sport-tuned suspension, Brembo front brakes, and standard ALL4 all-wheel drive, the 2017 JCW Countryman accelerated from 0 to 60 mph in 6.2 seconds and reached an electronically limited top speed of 145 mph.

0-60 MPH Acceleration Comparison:

• Base Cooper (FWD): 9.3 sec
• Cooper S (ALL4): 7.0 sec
• Cooper S E (PHEV): 6.7 sec
• JCW ALL4: 6.2 sec

ALL4 All-Wheel Drive System Operations

The ALL4 system used in non-hybrid 2017 Countryman models is an electro-hydraulically controlled, electro-mechanical all-wheel-drive setup built around an electro-hydraulic pump integrated into the rear differential gear assembly.

Under normal cruising conditions on dry pavement, the system operates predominantly as a front-wheel-drive vehicle to maximize fuel economy. However, when electronic control sensors detect changes in wheel speed, steering angle, accelerator position, or yaw rate, the system can engage the multi-plate clutch pack in milliseconds. This seamlessly directs up to 100 percent of available engine torque to the rear wheels when front-wheel traction drops, stabilizing the vehicle on wet roads, snow, ice, or loose gravel.

Cabin Dimensions, Cargo Space, and Interior Practicality

The expanded exterior footprint directly improved passenger room and utility, making the 2017 Countryman a viable option for small families or buyers seeking versatile cargo management.

Interior Dimension Distribution:

Passenger Space Specifications

• Front Headroom: 39.9 inches
• Front Legroom: 40.4 inches
• Front Shoulder Room: 54.8 inches
• Rear Headroom: 37.5 inches
• Rear Legroom: 37.6 inches (a 3.8-inch gain over the 2016 model)
• Rear Shoulder Room: 54.0 inches

The rear seating compartment gained the most from the F60 platform update. Legroom in the back increased significantly over the previous generation, easily accommodating two six-foot adults behind front occupants of equal height.

To maximize cabin flexibility, the 2017 Countryman featured standard sliding rear seats that moved forward and backward by up to 5.1 inches. The rear seatbacks also offered multi-angle recline controls and a 40/20/40 split-folding structure, allowing owners to carry long items like skis down the center while maintaining seating for two rear passengers.

Rear Seat Utility Configurations:

• 40/20/40 Split: Passenger / Cargo Pass-Through / Passenger
• Full Cargo Mode: Rear Seats Folded Flat (47.6 cu ft total)

Cargo Capacity Specs

• Cargo Volume (Rear Seats Up, fully slid back): 17.6 cubic feet
• Cargo Volume (Rear Seats Up, slid forward): 17.9 cubic feet
• Cargo Volume (Rear Seats Folded Flat): 47.6 cubic feet
• Under-floor Storage: Removable load floor panel concealing a secondary storage floor for small items or emergency equipment (standard on non-PHEV models).

Cabin Storage and Features

MINI integrated several practical utility amenities into the cabin:

1. Fold-Out Picnic Bench (Optional): A padded leather cushion housed underneath the rear cargo floor that folds out over the rear bumper sill, providing outdoor seating when parked.
2. Comfort Access Power Tailgate (Optional): Added hands-free opening and closing capability via a foot-kick motion under the rear bumper.
3. Infotainment & Controls: Centered around MINI’s iconic circular dash housing, the base system used a 6.5-inch display controlled by a center console dial. Higher option packages upgraded this to an 8.8-inch high-resolution touchscreen featuring satellite navigation and a touchpad-equipped rotary controller.

2017 MINI Cooper Countryman Detailed Specifications Table

The table below compiles exact technical specifications, dimensions, performance benchmarks, and original pricing figures across the entire 2017 MINI Countryman model line:

Original Pricing Structure vs. Current Pre-Owned Valuation

Understanding the price positioning of the 2017 Countryman requires evaluating both its factory release cost and its current value on the used vehicle market.

Original Factory MSRP (2017 Model Year Release)

When launching in late 2016 and early 2017, original base manufacturer suggested retail prices (excluding destination and handling fees, typically $850) were structured as follows:

• Cooper Countryman FWD: $26,600
• Cooper Countryman ALL4: $28,600
• Cooper S Countryman FWD: $29,100
• Cooper S Countryman ALL4: $31,100
• Cooper S E Countryman ALL4 (PHEV): $36,800
• John Cooper Works Countryman ALL4: $37,800

MINI’s standalone options and bundled option packages (such as the Technology Package, Premium Package, and Cold Weather Package) routinely added $3,000 to $8,000 to the final sticker price. A fully optioned JCW or Cooper S E often crossed the $45,000 mark.

Current Used Valuation and Resale Market Analysis

The 2017 Countryman has entered an accessible tier in the used vehicle market. Current pricing is influenced primarily by overall mileage, recorded service history, trim level, and installed package options.

• Base Cooper (100k+ miles): $9,500 – $12,000
• Cooper S / Cooper S ALL4 (70k–100k miles): $12,500 – $15,500
• Cooper S ALL4 (Low mileage, under 60k miles): $15,500 – $17,500
• Cooper S E PHEV (Depending on battery health): $13,000 – $16,500
• John Cooper Works ALL4 (Well-maintained): $16,500 – $20,500

Vehicles equipped with the 2.0-liter engine (Cooper S and JCW) generally retain a higher percentage of their value than the 1.5-liter base models due to higher demand for the 4-cylinder’s superior power output.

Fuel Economy and Real-World Operational Costs

Fuel efficiency varies across the powertrain lineup. Because the F60 generation is heavier than its predecessor, fuel consumption figures are heavily tied to driving style and drivetrain configuration.

Official EPA Fuel Economy Ratings

• Base 1.5L FWD Automatic: 24 MPG City / 32 MPG Highway / 27 MPG Combined
• Base 1.5L ALL4 Automatic: 22 MPG City / 31 MPG Highway / 25 MPG Combined
• Cooper S 2.0L FWD Automatic: 23 MPG City / 32 MPG Highway / 27 MPG Combined
• Cooper S 2.0L ALL4 Automatic: 22 MPG City / 31 MPG Highway / 25 MPG Combined
• JCW 2.0L ALL4 Automatic: 22 MPG City / 30 MPG Highway / 25 MPG Combined
• Cooper S E PHEV: 27 MPG Combined (gasoline engine only); 65 MPGe (gas + electric combined efficiency rating)

Fuel Economy Comparison (Combined MPG):

• Base Cooper FWD: 27 MPG
• Cooper S FWD: 27 MPG
• Cooper S ALL4: 25 MPG
• JCW ALL4: 25 MPG
• Cooper S E (PHEV): 65 MPGe Combined / 27 MPG Gas

Operational Cost Considerations

1. Fuel Type Requirements: All turbocharged engines in the 2017 Countryman require Premium Unleaded Gasoline (91 octane minimum) to prevent engine knock and maintain rated fuel efficiency and performance.
2. Insurance Classification: Classified as a premium subcompact crossover, insurance premiums tend to be slightly higher than generic compact hatchbacks but lower than dedicated luxury midsize SUVs.
3. Oil and Maintenance Schedules: BMW/MINI recommends oil service intervals of 10,000 miles or 12 months using synthetic oils meeting BMW Longlife-01 FE specifications. However, independent specialists generally recommend 5,000- to 7,500-mile change intervals to prolong turbocharger and timing chain lifespan.

Common Maintenance and Reliability Inspection Points

When evaluating a used 2017 MINI Countryman, prospective buyers should focus on several known mechanical and electrical service areas common to the B38/B48 engine family and the UKL2 platform.

Common Maintenance Focus Areas:

• Engine Bay
  • Upper Passenger-Side Hydraulic Engine Mount (Tears/Leaks)
  • Thermostat Housing & Water Pump Plastic Casing (Coolant Seeps)
• Chassis
  • Front Lower Control Arm Bushings (Cracking/Clunking)
• Sunroof
  • Panoramic Sunroof Drain Tubes (Interior Footwell Moisture)

1. Hydraulic Engine Mounts

The upper passenger-side hydraulic engine mount on both the B38 (3-cylinder) and B48 (4-cylinder) engines is prone to premature wear and fluid leakage. By 50,000 to 70,000 miles, the rubber bushing can tear, leaking dark hydraulic fluid onto the frame rail.

• Symptom: Excess engine vibration in the cabin at idle, or a heavy thunk during sudden acceleration or gear shifts.

2. Thermostat Housing and Water Pump Leakage

The composite plastic housings for the thermostat and water pump can develop hairline cracks over time due to thermal cycling.

• Symptom: Low coolant warnings, sweet-smelling engine fumes, or visible dried coolant residue (white/pink crust) on lower engine components.

3. Front Suspension Bushings

The front lower control arm hydro-bushings carry significant load due to the vehicle’s weight and front-biased bias. Rubber cracking or fluid loss leads to play in the front suspension.

• Symptom: Clunking noises when going over speed bumps, loose steering feel, or uneven front tire wear.

4. Panoramic Sunroof Drain Clogging

Models equipped with the dual-pane panoramic sunroof require regular maintenance of the roof drain tubes. If clear debris is not flushed away, water can back up into the interior A-pillars and soak the front footwell carpeting.

• Symptom: Damp carpets, musty interior odor, or electrical anomalies originating from water reaching the passenger-side junction box.

5. PHEV Battery Degradation (Cooper S E Models)

For used Cooper S E hybrid models, check the condition of the 7.6 kWh high-voltage lithium-ion pack. Early battery health can be evaluated during a test drive by checking the maximum electric range displayed on a full charge. Extreme cold weather will temporarily reduce available electric range.

Model Trims Compared: Which 2017 Countryman Should You Buy?

Choosing the right 2017 Countryman depends on prioritizing performance, traction requirements, or budget constraints:

Best Value for General Drivers: MINI Cooper S Countryman (FWD or ALL4)

The standard Cooper S strikes the ideal balance between power and long-term running costs. Its 189-hp 4-cylinder engine fixes the sluggish feel of the base 3-cylinder without matching the stiffer ride quality and higher price tag of the JCW model. If you live in cold or rainy climates, prioritizing an ALL4 variant adds significant winter driving confidence.

Best for Maximum Fuel Savings: MINI Cooper S E Countryman ALL4

The Cooper S E PHEV works exceptionally well for commuters with short daily travel distances (under 12–15 miles round trip) who can charge at home or work. It delivers the highest combined system torque (284 lb-ft) of any 2017 trim, giving it punchy low-speed acceleration.

Best for Performance Enthusiasts: MINI John Cooper Works Countryman

For drivers seeking an engaging driving experience, the JCW offers upgraded suspension components, larger Brembo front brake calipers, sports seats, and aggressive exhaust tuning. However, its stiffer dampening results in a firmer ride on rough pavement.

Frequently Asked Questions

Is the 2017 MINI Countryman reliable?

The 2017 Countryman (F60 generation) exhibits significantly higher reliability ratings than first-generation models (2011–2016). Thanks to its shared BMW UKL2 platform and B-series engines, major mechanical failures are less common. The most frequent service requirements involve routine maintenance items such as engine mounts, brake pads, and cooling system components around higher mileage thresholds.

Does the 2017 MINI Cooper Countryman require premium gas?

Yes. MINI specifies premium unleaded gasoline (minimum 91 octane) for all engine variants, including the base 1.5-liter 3-cylinder, the Cooper S, the JCW, and the Cooper S E PHEV. Using lower octane fuel can result in reduced power, lower fuel economy, and potential long-term engine knocking.

How much cargo space does the 2017 MINI Countryman have?

The 2017 Countryman provides 17.6 cubic feet of cargo space behind the 40/20/40 split-folding rear seats. Sliding the adjustable rear seat bench fully forward expands that room slightly to 17.9 cubic feet. Folding the rear seats down flat expands the total cargo volume to 47.6 cubic feet.

What is the difference between MINI Cooper Countryman FWD and ALL4?

FWD models route engine power exclusively to the front wheels via a 6-speed or 8-speed automatic or 6-speed manual transmission. ALL4 models feature an electro-hydraulic all-wheel-drive system that monitors wheel slippage and continuously varies engine torque split between the front and rear axles to optimize traction in snow, ice, or performance driving conditions.

Can the 2017 MINI Countryman tow a trailer?

While European models received official tow ratings, MINI does not specify an official factory tow rating for the 2017 Countryman in the United States market. Receiver hitches installed on these vehicles are intended primarily for accessory mounting, such as bike racks or small cargo boxes, rather than heavy towing.

Final Buyer Action Plan

If you are shopping for a pre-owned 2017 MINI Cooper Countryman, follow these actionable steps before purchasing:

1. Prioritize the Engine Option: Look for a Cooper S or JCW model if you plan to carry heavy cargo or regularly drive at highway speeds with multiple passengers, as the base 134-hp engine can feel underpowered in those scenarios.
2. Request a Mechanical Inspection: Have an independent repair facility familiar with BMW/MINI vehicles inspect the upper passenger-side hydraulic engine mount, front lower control arm bushings, and cooling system housings for sign of leaks or cracking.
3. Inspect the Vehicle Cabin: Lift the floor mats in both the front and rear passenger areas to test for dampness, which indicates clogged panoramic sunroof drains.
4. Verify Transmission and AWD Service: Ensure the 8-speed automatic transmission operates smoothly without harsh downshifts, and confirm that the ALL4 rear fluid service has been completed according to schedule if buying an AWD variant.