Dacia Jogger

Which Dacia Jogger Version Should You Buy?

The Dacia Jogger version to choose depends chiefly on whether you prioritize lower measured fuel consumption, stronger acceleration, a manual transmission, or LPG operation. Among the versions with complete performance data, the restyled 1.6 Hybrid AT is the quickest from 0–100 km/h at 9.8 seconds and has the lowest measured combined consumption at 4.8 l/100 km.

The Dacia Jogger version to choose depends chiefly on whether you prioritize lower measured fuel consumption, stronger acceleration, a manual transmission, or LPG operation. Among the versions with complete performance data, the restyled 1.6 Hybrid AT is the quickest from 0–100 km/h at 9.8 seconds and has the lowest measured combined consumption at 4.8 l/100 km. The 1.0 MT offers 110 hp, a 6-speed Manual gearbox, 5.6 l/100 km combined consumption, and a higher 183 km/h top speed. The LPG choices produce 101 hp, while the earlier 1.6 MT E-Tech provides 140 hp and an Automatic gearbox but lacks measured acceleration, consumption, weight, tank, torque, and CO₂ figures.

Dacia Jogger generations and version changes

The Dacia Jogger catalogue contains 2 listed production phases within 1 generation. The original 1 generation ran from September 2021 through September 2022 as an Estate 5-door and included 3 versions: 1.0 GAS MT, 1.6 MT E-Tech, and 1.0 MT.

The 1 generation, restyling 1 began in June 2022 and remains without a recorded end date. It retains the Estate 5-door body and also contains 3 versions: 1.0 ECO-G MT, 1.0 MT, and 1.6 Hybrid AT. Its listed modifications begin in October 2022. The clearest numerical change is found at the hybrid end of the range: 1.6 MT E-Tech has 140 hp, whereas 1.6 Hybrid AT has 141 hp. The restyled hybrid additionally supplies measurements that are absent for the earlier version, including 148 Nm, a 9.8-second 0–100 km/h time, 4.8 l/100 km combined consumption, and 108 g/km CO₂.

Dacia Jogger engine options and specs

All versions use a Front, transverse engine position and Direct injection (direct). Each cylinder has 4 valves. Every listed Jogger is FWD, so the decision is not between drive layouts but between powertrains and transmissions.

Calculated from the catalogue figures, the 999 cc 1.0 MT produces about 110.1 hp per litre. Both 999 cc LPG versions produce about 101.1 hp per litre. The 1.6 MT E-Tech develops 87.5 hp per litre, while the 1598 cc 1.6 Hybrid AT develops about 88.2 hp per litre. The smaller Gasoline engine therefore has the highest power per litre, although that figure alone does not establish which car is fastest or most economical.

Performance, fuel economy, and mpg data

City and highway consumption are not measured for any version. Combined consumption is also not measured for 1.6 MT E-Tech or 1.0 ECO-G MT, so no reliable catalogue-based mpg comparison can be made for those versions.

Of the versions with measured acceleration, 1.6 Hybrid AT reaches 100 km/h 0.7 seconds sooner than either 1.0 MT and 2.5 seconds sooner than the earlier 1.0 GAS MT. Its 167 km/h top speed is nevertheless 16 km/h below the 183 km/h recorded for both 1.0 MT versions and 1.0 ECO-G MT.

The restyled hybrid uses 0.8 l/100 km less than either 1.0 MT, based on combined figures of 4.8 and 5.6 l/100 km. It also emits 19 g/km less CO₂. Compared with the earlier 1.0 GAS MT, the hybrid uses 1.6 l/100 km less and emits 27 g/km less CO₂. These comparisons apply only to the supplied combined measurements.

Dacia Jogger weight, clearance, tank, and dimensions

Exterior width, overall size, boot dimensions, trunk space, and wheel sizes are not measured in the supplied catalogue data. Consequently, no numerical Dacia Jogger dimensions or size comparison can be made here. Wheel sizes are not measured for every version.

The 1.6 Hybrid AT is 181 kg heavier than either 1.0 MT, but its additional 31 hp gives it the best calculated weight-to-power result in this group. The earlier 1.0 GAS MT is 47 kg heavier than the 1.0 MT, produces 9 hp less, and carries a tank that is 10 l smaller. Ground clearance is measured at 200 mm for all original versions but is not measured for any restyled version; that missing value should not be interpreted as a reduction.

Every version uses Independent, spring front suspension and Semi-independent rear suspension. Front brakes are Ventilated disc, and rear brakes are Disc.

Manual or automatic: which Dacia Jogger version should you choose?

Choose the restyled 1.6 Hybrid AT when measured acceleration and combined economy carry the most weight. Its 141 hp output is the highest in the catalogue, its 9.8-second acceleration is the quickest measured result, and its 4.8 l/100 km consumption and 108 g/km CO₂ are the lowest measured figures. It is also the heaviest version at 1357 kg and has the lowest top speed at 167 km/h.

Choose either 1.0 MT if you want the strongest numerical balance among the Manual Gasoline versions. Both production phases provide the same 110 hp, 200 Nm, 10.5-second acceleration, 183 km/h top speed, 5.6 l/100 km combined consumption, 1176 kg kerb weight, and 50 l tank. On the supplied measurements, restyling does not create a performance or economy advantage for 1.0 MT.

Choose 1.0 ECO-G MT when LPG and the later production phase are required. It matches 1.0 MT for the measured 10.5-second acceleration and 183 km/h top speed, but produces 9 hp and 40 Nm less. Its combined consumption is not measured, so the data cannot support a claim that it is cheaper to run.

The earlier 1.0 GAS MT is the least compelling option on performance alone: compared with the contemporary 1.0 MT, it has 9 hp less, 30 Nm less, takes 1.8 seconds longer to reach 100 km/h, uses 0.8 l/100 km more in the combined measurement, and carries 10 l less fuel. Its reason for consideration is its Liquefied gas fuel specification rather than superior catalogue performance.

The 1.6 MT E-Tech suits a buyer seeking the earlier Hybrid with an Automatic gearbox, but it is difficult to rank precisely. Although it supplies 140 hp and reaches 183 km/h, torque, acceleration, combined consumption, CO₂, tank capacity, and weight are all not measured. No price data or equipment-level data is provided, so the extra money required for any version—and what that price difference buys—cannot be assessed from this catalogue. Reliability, engine problems, failure risk, engine oil, and coolant specifications are also not measured.