Mercedes-Benz A 35 AMG
Coupe · Gasoline
vs
Audi RS5 Sportback
Coupe · Gasoline · AWD
Mercedes-Benz A 35 AMG
Car A
Mercedes-Benz A 35 AMG
A fast five-seater that pairs 4.0 s 0–100 km/h pace with usable space and a 370 L trunk. Good value in its segment with an emphasis on reliability and safety, though less suited to cargo-heavy or severe-winter needs.
5 seatsCoupeGasoline5-star safety7.1 L/100km
Audi RS5 Sportback
Car B
Audi RS5 Sportback
A premium AWD sportback that pairs 450 hp and a 3.9 s 0-100 km/h sprint with five-seat practicality. Strong for fast road trips and winter use, but 10.5 combined consumption and cargo capacity that trails SUVs make it less ideal for city or cargo-heavy needs.
5 seatsCoupeGasoline5-star safety450 hpAWD
Why compared same body typesame powertrainsame seatsstrong ranking match

Usage fit

Family 49 / 53
City 40 / 18
Budget / value 57 / 41
Road trip 41 / 58
Performance 36 / 49
Cargo 20 / 26
Practical 34 / 33
Premium 52 / 67
Winter 26 / 70

Scores out of 100. Blue = Mercedes-Benz A 35 AMG · Orange = Audi RS5 Sportback

Specs side-by-side

Spec Mercedes-Benz A 35 AMG Audi RS5 Sportback
Values are representative — confirm for your market and trim.

Pros & cons

Mercedes-Benz A 35 AMG

  • 0–100 km/h in 4.0 s and 306 hp for genuinely quick performance
  • Seats five with a 370 L trunk, workable as a family compact
  • Good value in its segment with a focus on reliability and safety
  • 7.1 L/100 km combined is efficient for its class

Audi RS5 Sportback

  • Explosive performance: 0-100 km/h in 3.9 s with 450 hp and 600 Nm.
  • AWD traction suits year-round and winter driving.
  • Five seats and a 480 L trunk work for road trips and growing families.
  • Strong safety ranking signal alongside its performance focus.

Verdict

Pick Mercedes-Benz A 35 AMG if…
Best fuel economy
Mercedes-Benz A 35 AMG uses 7.1 L/100km vs 10.5 — a meaningful saving if you cover high mileage.
Pick Audi RS5 Sportback if…
All-wheel drive
Audi RS5 Sportback's AWD adds real-world confidence in wet, icy, or mixed-weather conditions.

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