Suzuki · Hustler

Suzuki Hustler 2nd generation (MR52S/MR92S)

Years
2020–present
Chassis
MR52S/MR92S
Drivetrain
FF / 4WD
Suzuki Hustler 2nd generation (MR52S/MR92S)

Image: TTTNIS / CC0

Story

This generation kept the feel of the first generation's round headlamps while taking a squarer, more powerful shape. A design that had nearly been settled was redone, and the direction was set to be "more like an SUV".

Stories

01

Scrapping the design just before the prototype

Takenaka came from vehicle-performance testing, and the Hustler was the first car he led as chief engineer. The biggest crisis in development came when the design was overturned just as a full-size model had been made and the team was about to build prototypes. An executive asked him how he could fail to take a chance himself on a car meant to make people feel adventurous. When the team looked at the market again, they noticed outdoor gear making its way into everyday life, and they set the direction to be "more like an SUV".

02

Backing a square shape with performance

On a kei car, a square shape makes the panels flat, which tends to hurt performance. Takenaka brought in new body technologies such as structural adhesive, high-damping mastic sealer and a ring-shaped frame structure, and put his effort into exceeding the previous model's performance. He says that to make the performance work without sacrificing the design, he pulled in people from engineering and production through to testing.

Chassis

Length 3,395 mmWB 2,460 mm1,680 mmHeightWidth 1,475 mm
Curb weight
810-880kg

Production plants

  1. Kosai Plant

    Kosai, Shizuoka

US import eligibility

Earliest cars
Eligible from January 204525 years after sales began in January 2020
Last cars
Still in production

Eligibility depends on each car's month of manufacture on its build plate, not on the sale dates shown here (NHTSA).

Japanese cars by US import year →

Engineers

Hideaki Takenaka

Hideaki Takenaka

Development lead for the Alto. In the Alto's minor change, he was responsible for improving body rigidity and fuel economy.