Honda Shuttle: Which Version to Buy and Why
The Honda Shuttle choice splits into two distinct groups. The first generation, produced from 1995 to May 2000, is a Compact Van with 2.2 AT and 2.3 AT Gasoline versions. The second generation, in production from May 2015, is an Estate 5-door with 1.5 I-Shift Hybrid and 1.5 CVT Gasoline versions. Each generation contains four listed configurations because both FWD and AWD are represented.
The Honda Shuttle choice splits into two distinct groups. The first generation, produced from 1995 to May 2000, is a Compact Van with 2.2 AT and 2.3 AT Gasoline versions. The second generation, in production from May 2015, is an Estate 5-door with 1.5 I-Shift Hybrid and 1.5 CVT Gasoline versions. Each generation contains four listed configurations because both FWD and AWD are represented. Buyers prioritising power should look at the second-generation 1.5 CVT, while those wanting the Hybrid powertrain should choose the 1.5 I-Shift. The older generation supplies the largest engines, the greatest torque and a larger fuel tank, but its available acceleration figures are slower.
Honda Shuttle generations compared
The first-generation Honda Shuttle ran from 1995 to May 2000 as a Compact Van. Its four listed versions comprise 2.2 AT and 2.3 AT configurations with FWD or AWD. Every version has a naturally aspirated, front-transverse Gasoline engine, an Inline layout, four cylinders, four valves per cylinder, Distributed injection (multi-point), and a four-speed Automatic gearbox.
The second-generation Honda Shuttle entered production in May 2015 as an Estate 5-door. Its four configurations combine two powertrains with two drive systems: the Hybrid 1.5 I-Shift is offered with FWD or AWD, and the Gasoline 1.5 CVT is also offered with FWD or AWD. All use naturally aspirated, front-transverse Inline engines with four cylinders, four valves per cylinder and Direct injection (direct).
The central generational change is therefore not simply engine size. The later Estate 5-door moves from the earlier 2,155–2,254 cc Gasoline engines and four-speed Automatic transmission to a 1,496 cc engine offered as either a Hybrid with a seven-speed Robotic gearbox or a Gasoline version with a Variable gearbox. Tank capacity falls from 65 litres in every first-generation version to 40 litres in every second-generation version.
Honda Shuttle engine specs and versions
| Generation and exact version | Power | Torque | Displacement | Fuel | Cylinders and layout | Boost | Gearbox | Drive |
|---|---|---|---|---|---|---|---|---|
| First generation 2.2 AT | 150 hp at 5,900 rpm | 198 Nm at 5,000 rpm | 2,155 cc | Gasoline, 95 | 4, Inline | No | 4-speed Automatic | AWD |
| First generation 2.3 AT | 150 hp at 5,800 rpm | 200 Nm at 4,700 rpm | 2,254 cc | Gasoline, 95 | 4, Inline | No | 4-speed Automatic | AWD |
| First generation 2.2 AT | 150 hp at 5,900 rpm | 198 Nm at 5,000 rpm | 2,155 cc | Gasoline, 95 | 4, Inline | No | 4-speed Automatic | FWD |
| First generation 2.3 AT | 150 hp at 5,800 rpm | 206 Nm at 4,800 rpm | 2,253 cc | Gasoline, 95 | 4, Inline | No | 4-speed Automatic | FWD |
| Second generation 1.5 I-Shift | 110 hp at 6,000 rpm | 134 Nm at 5,000 rpm | 1,496 cc | Hybrid, 95 | 4, Inline | No | 7-speed Robotic | FWD |
| Second generation 1.5 I-Shift | 110 hp at 6,000 rpm | 134 Nm at 5,000 rpm | 1,496 cc | Hybrid, 95 | 4, Inline | No | 7-speed Robotic | AWD |
| Second generation 1.5 CVT | 132 hp at 6,600 rpm | 155 Nm at 4,600 rpm | 1,496 cc | Gasoline, 95 | 4, Inline | No | Variable | FWD |
| Second generation 1.5 CVT | 132 hp at 6,600 rpm | 155 Nm at 4,600 rpm | 1,496 cc | Gasoline, 95 | 4, Inline | No | Variable | AWD |
For engine output per litre, the second-generation 1.5 CVT leads at about 88.2 hp per litre. The 1.5 I-Shift produces about 73.5 hp per litre. The first-generation 2.2 AT develops about 69.6 hp per litre, while the two 2.3 AT entries produce about 66.5–66.6 hp per litre. The 1.5 CVT consequently delivers 22 hp and 21 Nm more than the 1.5 I-Shift despite sharing its 1,496 cc displacement.
Within the first generation, all four versions produce 150 hp. The FWD 2.3 AT has the highest listed torque at 206 Nm, which is 8 Nm more than either 2.2 AT and 6 Nm more than the AWD 2.3 AT. The database also records a small displacement difference between the 2.3 AT versions: 2,253 cc for FWD and 2,254 cc for AWD.
Honda Shuttle performance, mpg and fuel economy
| Generation and exact version | Drive | 0–100 km/h | Top speed | City consumption | Highway consumption | Combined consumption |
|---|---|---|---|---|---|---|
| First generation 2.2 AT | AWD | not measured | not measured | not measured | not measured | not measured |
| First generation 2.3 AT | AWD | 12 seconds | 185 km/h | not measured | not measured | not measured |
| First generation 2.2 AT | FWD | 12.1 seconds | 183 km/h | not measured | not measured | not measured |
| First generation 2.3 AT | FWD | 12 seconds | 185 km/h | not measured | not measured | not measured |
| Second generation 1.5 I-Shift | FWD | 10 seconds | not measured | not measured | not measured | not measured |
| Second generation 1.5 I-Shift | AWD | 10.8 seconds | not measured | not measured | not measured | not measured |
| Second generation 1.5 CVT | FWD | 10 seconds | not measured | not measured | not measured | not measured |
| Second generation 1.5 CVT | AWD | 10.8 seconds | not measured | not measured | not measured | not measured |
For acceleration, drive system makes the clearest difference in the second generation. Both FWD choices reach 100 km/h in 10 seconds, while both AWD choices require 10.8 seconds. FWD is therefore 0.8 seconds quicker in the listed test, regardless of whether the engine is the 1.5 I-Shift Hybrid or the 1.5 CVT Gasoline version.
The first-generation 2.3 AT reaches 100 km/h in 12 seconds with either FWD or AWD, and both configurations have a listed top speed of 185 km/h. The FWD 2.2 AT takes 12.1 seconds and reaches 183 km/h, making the 2.3 AT quicker by 0.1 seconds and faster by 2 km/h. Acceleration and top speed for the AWD 2.2 AT are not measured.
No city, highway or combined fuel-consumption figure is measured for any Honda Shuttle version in the supplied data. Consequently, an mpg comparison between the Hybrid and Gasoline choices cannot be made from these specifications. CO₂ output and emissions class are also not measured for every version.
Honda Shuttle dimensions, weight and ground clearance
Overall length, exterior dimensions and wheel sizes are not measured for any listed Honda Shuttle. The available size-related specifications are kerb weight, gross weight, ground clearance and tank capacity.
| Generation and exact version | Drive | Kerb weight | Gross weight | Ground clearance | Tank | Wheel sizes |
|---|---|---|---|---|---|---|
| First generation 2.2 AT | AWD | not measured | not measured | 155 mm | 65 L | not measured |
| First generation 2.3 AT | AWD | 1,565 kg | 2,200 kg | 160 mm | 65 L | not measured |
| First generation 2.2 AT | FWD | not measured | not measured | 155 mm | 65 L | not measured |
| First generation 2.3 AT | FWD | 1,565 kg | 2,200 kg | 160 mm | 65 L | not measured |
| Second generation 1.5 I-Shift | FWD | 1,190 kg | not measured | 130 mm | 40 L | not measured |
| Second generation 1.5 I-Shift | AWD | 1,260 kg | not measured | 145 mm | 40 L | not measured |
| Second generation 1.5 CVT | FWD | 1,130 kg | not measured | 130 mm | 40 L | not measured |
| Second generation 1.5 CVT | AWD | 1,190 kg | not measured | 145 mm | 40 L | not measured |
Among the second-generation versions, the FWD 1.5 CVT is lightest at 1,130 kg. The AWD 1.5 CVT weighs 60 kg more, while the FWD 1.5 I-Shift is also 60 kg heavier than the equivalent FWD 1.5 CVT. Moving from FWD to AWD adds 70 kg to the 1.5 I-Shift and 60 kg to the 1.5 CVT.
The second-generation FWD models have 130 mm of ground clearance, while both AWD versions have 145 mm. AWD therefore adds 15 mm of clearance. In the first generation, each 2.2 AT has 155 mm and each 2.3 AT has 160 mm, a difference of 5 mm.
Weight per horsepower further favours the second-generation 1.5 CVT. The FWD version carries about 8.6 kg per hp, and the AWD version about 9.0 kg per hp. The 1.5 I-Shift figures are about 10.8 kg per hp for FWD and 11.5 kg per hp for AWD. Each first-generation 2.3 AT has about 10.4 kg per hp.
Which Honda Shuttle version should you buy?
Choose the second-generation 1.5 CVT FWD when acceleration, power and low kerb weight matter most. Its 132 hp output exceeds the 1.5 I-Shift by 22 hp, while its 155 Nm torque advantage is 21 Nm. It matches the Hybrid’s 10-second acceleration time but weighs 60 kg less, and its approximately 8.6 kg-per-hp ratio is the best among versions with measured weight.
Choose the second-generation 1.5 I-Shift FWD when the Hybrid powertrain is the defining requirement. It uses a seven-speed Robotic gearbox, reaches 100 km/h in 10 seconds and weighs 1,190 kg. Its fuel consumption is not measured, so the data does not establish an economy advantage over the 1.5 CVT.
Choose AWD in the second generation when its 145 mm ground clearance matters more than the performance and weight penalties. Compared with FWD, AWD provides 15 mm more clearance, but acceleration changes from 10 to 10.8 seconds. The 1.5 I-Shift AWD is 70 kg heavier than its FWD counterpart, and the 1.5 CVT AWD is 60 kg heavier.
Choose the first-generation 2.3 AT over the 2.2 AT when comparing the available performance figures. Both have 150 hp, but the 2.3 AT supplies 200 Nm with AWD or 206 Nm with FWD, against 198 Nm for the 2.2 AT. The 2.3 AT also has 160 mm of clearance rather than 155 mm, while its measured 185 km/h top speed exceeds the FWD 2.2 AT by 2 km/h.
Between the first-generation 2.3 AT drive options, the measured acceleration, top speed, kerb weight, gross weight, clearance and tank capacity are identical: 12 seconds, 185 km/h, 1,565 kg, 2,200 kg, 160 mm and 65 litres. The FWD version has 206 Nm, 6 Nm more than the AWD version’s 200 Nm. On the supplied specifications alone, that torque difference favours FWD; choosing AWD requires valuing the drive system itself, because the listed performance and weight figures show no other advantage.