Proton Saga

Proton Saga: Which Version Should You Buy?

The Proton Saga catalogue covers two generations of front-wheel-drive Sedan models. The first generation ran from 1985 to 2008 with six listed versions, while the second generation began in 2008 and has four.

The Proton Saga catalogue covers two generations of front-wheel-drive Sedan models. The first generation ran from 1985 to 2008 with six listed versions, while the second generation began in 2008 and has four. The practical choice is straightforward: the second-generation 1.6 CVT delivers the strongest performance, the second-generation 1.3 MT offers the best weight-to-power ratio among the 1.3 versions, and the first-generation 1.3 MT is the only listed choice that uses 92 fuel. Buyers prioritizing documented fuel consumption should focus on the measured first-generation versions, because consumption figures for every second-generation version are not measured.

Proton Saga generations: what changed?

The first-generation Proton Saga is a Sedan produced from 1985 to 2008, with six versions listed in the catalogue. Its naturally aspirated Gasoline engines displace either 1,298 cc or 1,468 cc. Every version has FWD, and the gearbox choices are a 5-speed Manual or a 3-speed Automatic. Output is 75 hp and 108 Nm for 1.3 MT, or 90 hp and 126 Nm for 1.5 AT and 1.5 MT. All listed engines have 4 Inline cylinders and distributed multi-point injection.

The second-generation Proton Saga is a Sedan introduced in 2008, with four listed versions. It moves to 1,332 cc and 1,597 cc naturally aspirated Gasoline engines. The 1.3 MT and 1.3 AT produce 95 hp and 120 Nm, while 1.6 AT and 1.6 CVT produce 110 hp and 148 Nm. Every version remains FWD, but transmission choice expands to a 5-speed Manual, 4-speed Automatic, or Variable gearbox. Compared with the first generation’s most powerful 90 hp engine, the 110 hp second-generation engine adds 20 hp and 22 Nm.

Proton Saga engine and specs comparison

Repeated version names are distinguished by their measured catalogue figures. The two first-generation 1.3 MT entries both produce 75 hp, so one is identified by its measured acceleration and consumption while the other has those figures not measured. The four first-generation 1.5 MT entries all produce 90 hp; their available performance, economy, weight, and rear-suspension data separate them.

Engine output per litre helps reveal what changed between generations. The first-generation 1.3 MT develops about 57.8 hp per litre, while the first-generation 1.5 AT and 1.5 MT develop about 61.3 hp per litre. The second-generation 1.3 MT and 1.3 AT reach about 71.3 hp per litre, and the second-generation 1.6 AT and 1.6 CVT produce about 68.9 hp per litre. The second-generation 1.3 therefore has the highest specific output in this catalogue, even though the 1.6 versions have the greatest total power and torque.

Proton Saga performance and fuel economy

The second-generation 1.6 CVT is the quickest listed Saga, reaching 100 km/h in 12 seconds. It is 0.5 second quicker than 1.6 AT, 1 second quicker than 1.3 MT, and 2.5 seconds quicker than 1.3 AT. The 1.6 AT and 1.6 CVT share a 165 km/h top speed.

Among second-generation 1.3 choices, the transmission makes the clearest difference. The 1.3 MT reaches 100 km/h in 13 seconds and 160 km/h, whereas 1.3 AT requires 14.5 seconds and reaches 155 km/h. The Manual is therefore 1.5 seconds quicker to 100 km/h and has a 5 km/h higher top speed despite identical 95 hp and 120 Nm outputs.

The first-generation 1.5 AT has the weakest measured performance: 16.6 seconds to 100 km/h and 143 km/h. A measured first-generation 1.5 MT reaches 100 km/h in 13 seconds and 166 km/h, making it 3.6 seconds quicker and 23 km/h faster at the top end than 1.5 AT.

For economy, the measured first-generation 1.5 MT entries record 8.6 l/100 km in the city, 6.2 l/100 km on the highway, and 7.2 l/100 km combined. The measured 1.3 MT records 8.3, 6.3, and 7.4 l/100 km respectively. The 1.3 MT uses 0.3 l/100 km less in the city, but the 1.5 MT uses 0.1 l/100 km less on the highway and 0.2 l/100 km less combined. The 1.5 AT records 8.8 l/100 km in the city, 5.7 l/100 km on the highway, and 8.4 l/100 km combined. Economy for every second-generation version is not measured, so the data cannot establish which is most economical.

Proton Saga dimensions, weight, clearance and tank

Exterior dimensions, dimensions in feet, overall size, and wheel sizes are not measured for any listed Proton Saga version. Ground clearance is 150 mm across both generations.

The first-generation fuel tank holds 45 litres, while the second-generation tank holds 40 litres, a reduction of 5 litres. Gross weight is 1,400 kg for the measured first-generation 1.3 MT entry and 1,440 kg for the first-generation 1.5 AT and two measured 1.5 MT entries. Gross weight is not measured for the other versions, including every second-generation model.

Kerb weight is 950 kg for both first-generation 1.3 MT entries. The first-generation 1.5 MT entries with measured kerb weight are 980 kg, 990 kg, and 980 kg; kerb weight for 1.5 AT is not measured. Second-generation kerb weights rise from 1,017 kg for 1.3 MT to 1,055 kg for 1.3 AT, 1,075 kg for 1.6 AT, and 1,080 kg for 1.6 CVT.

Weight per horsepower is approximately 12.7 kg/hp for the first-generation 1.3 MT. The measured first-generation 1.5 MT entries range from about 10.9 to 11.0 kg/hp. In the second generation, 1.3 MT delivers about 10.7 kg/hp, 1.3 AT about 11.1 kg/hp, 1.6 AT about 9.8 kg/hp, and 1.6 CVT about 9.8 kg/hp. This supports the performance figures: the second-generation 1.6 versions combine the catalogue’s strongest engine with its lowest weight per horsepower.

Which Proton Saga version should you buy?

Choose the second-generation 1.6 CVT when acceleration is the priority. Its 110 hp, 148 Nm, 12-second acceleration time, and 165 km/h top speed make it the strongest measured all-round performer. Compared with 1.3 AT, it adds 15 hp and 28 Nm, cuts 2.5 seconds from the run to 100 km/h, and raises top speed by 10 km/h. Its economy is not measured.

Choose the second-generation 1.6 AT if you want the same 110 hp, 148 Nm, and 165 km/h top speed with a 4-speed Automatic. It reaches 100 km/h in 12.5 seconds, only 0.5 second behind 1.6 CVT, and weighs 1,075 kg—5 kg less than the CVT version.

Choose the second-generation 1.3 MT if you prefer the smaller engine and Manual gearbox. It is 38 kg lighter than 1.3 AT, although both produce 95 hp and 120 Nm. It is also quicker and faster than the Automatic, with 13-second acceleration and a 160 km/h top speed. This is the most convincing 1.3 choice on the available performance data.

Choose a measured first-generation 1.5 MT if documented economy matters. Its 90 hp and 126 Nm exceed the first-generation 1.3 MT by 15 hp and 18 Nm, while its measured combined consumption is 7.2 l/100 km against 7.4 l/100 km for the 1.3 MT. It also reaches 100 km/h in 13 seconds and has a 166 km/h top speed. Select carefully among the repeated 1.5 MT records because one has acceleration and consumption not measured, while kerb weight varies between the measured entries.

Choose the first-generation 1.3 MT if use of 92 fuel is decisive: it is the only listed Saga specification with that fuel label. Its measured entry provides 75 hp, 108 Nm, 13.8-second acceleration, a 166 km/h top speed, and 7.4 l/100 km combined consumption. Avoid selecting the duplicate 1.3 MT on performance assumptions alone, because its acceleration and fuel consumption are not measured.

The first-generation 1.5 AT suits buyers specifically requiring the 3-speed Automatic, but the figures show substantial compromises: it has the slowest measured acceleration, the lowest top speed, and the highest measured combined consumption. No price data is supplied, so no version can be recommended on purchase cost or value for money; the comparison can establish only what each specification adds in power, torque, performance, transmission choice, weight, fuel requirement, and measured economy.