Scion iA Overview: Specs, Generations, and Which One to Buy

A concise look at scion ia specs: the 2015–2016 sedan's single generation, its 106 hp engine, and which version makes the most sense to buy used.

The Scion iA is a compact sedan sold for the 2015–2016 model years, offered in a single generation with a 106 hp engine across the range. If you are searching for scion ia specs, the short version is simple: one body style, one power output, front-wheel drive, and a choice of automatic or manual transmission — a straightforward small sedan for buyers who value simplicity.

Scion iA generations

1 generation (2015–2016)

The first and only generation of the Scion iA ran from 2015 to 2016 and came exclusively as a sedan with front-wheel drive. Every version produced 106 hp, so the power range is flat at 106–106 hp across the lineup. Buyers could choose between an Automatic and a Manual transmission, giving the generation just 2 modifications in total. The most widespread version is the Scion iA 1.5 AT (1 generation), which pairs a 1496 cc engine with an automatic transmission, produces 106 hp, and consumes 6.4 l/100km.

Which Scion iA to buy

Because the Scion iA existed for only two model years, 2015–2016, and in a single generation, shopping used is unusually simple: there are no generational changes or power differences to weigh, so the choice comes down to transmission — Automatic or Manual — and the condition of the specific car. With only 2 modifications ever offered, comparing candidates side by side is easy.

Summary of Scion iA specs

Every Scion iA is a 2015–2016 sedan with 106 hp and front-wheel drive. The lineup consists of 2 modifications within the 1 generation, differing only by gearbox: Automatic or Manual. The notable Scion iA 1.5 AT (1 generation) uses a 1496 cc engine rated at 106 hp with fuel consumption of 6.4 l/100km. The flat 106–106 hp range means there is no faster or slower version to hunt for — every car delivers the same output, which keeps the used-market search focused on transmission preference and individual condition rather than trim-by-trim spec differences.