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Comparison AL-KO Highline 527 VS vs AL-KO Highline 526 VSI

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AL-KO Highline 527 VS
AL-KO Highline 526 VSI
AL-KO Highline 527 VSAL-KO Highline 526 VSI
from $559.60 up to $799.96
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from $676.00 up to $999.96
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Typelawn Mowerlawn Mower
Motor typepetrolpetrol
Mowing
Cutting width51 cm51 cm
Cutting systemrotaryrotary
Min. cutting height30 mm30 mm
Max. cutting height80 mm80 mm
Number of height settings77
Cutting height adjustmentsynchronoussynchronous
Recommended area1800 m²
Cleaning
Mulching
Grass ejection
side ejection
rear ejection
in a bag
side ejection
rear ejection
in a bag
Bag typehardhard
Bag volume70 L70 L
Full bag indicator
Design
Features
self-propelled
self-propelled
Wheel driverearrear
Speed adjustment
Max. speed (self-propelled)4.5 km/h
In box
Nozzles
2-tooth blade
2-tooth blade
Motor
ICE type4-stroke
4-stroke /B&S DOV Series 775 iS/
Motor modelB&S 675 EXi
Engine size163 cm³161 cm³
Motor power3.5 hp3.7 hp
Motor power2600 W2700 W
Electric starter
General
Deck materialsteelsteel
Front wheel diameter20 cm20 cm
Rear wheel diameter28 cm28 cm
Weight36.3 kg39.7 kg
Added to E-Catalogmarch 2017march 2016

Recommended area

The area of the site for which the lawn mower is designed. It cannot be argued that this parameter is critical when choosing a device, these are only manufacturer's recommendations and are very conditional. However, they are more than justified and generally show the available front of work based on the heating of the motor, the capacity of the tank or battery, and other factors that affect the duration of work.

Max. speed (self-propelled)

The maximum travel speed of the self-propelled lawnmower (see "Features") during operation.

Other things being equal, a faster model spends less time on work, especially when it comes to simple tasks. On the other hand, fast movement requires appropriate engine power, which in turn affects weight, cost, and electricity/fuel consumption. In addition, if we are talking about a traditional design lawn mower, when choosing, you need to sensibly evaluate your ability to “keep up” with the device. However, such models rarely reach speeds above 7 km/h — this is a quick step that is not a problem for a more or less healthy person. In addition, self-propelled units often provide speed adjustment (see above). But riders (see "Type"), where the operator rides on the unit, can reach higher speeds — about 13 – 14 km/h.

Note also that for the same engine power, higher speed means less power at the working head. So if speed is not of particular importance, it is better not to make a margin for speed, but to take a relatively slow, but “high-torque” device.

Motor model

Model of the engine installed in the lawn mower. The main performance data of the engine is usually indicated in the general data for the unit. However, knowing the exact name of the motor, you can find more detailed information on it — from specific data to reviews and reviews. Also, data on the engine model can be useful when searching for spare parts or consumables.

Engine size

The size of the engine installed in the petrol or diesel model (see "Engine type"). Power directly depends on this indicator, however, only engines of the same type can be compared by volume (see "Type of internal combustion engine"). And even in the same type of units of the same power, the volume can be different. In such cases, note that a larger volume means more fuel consumption, but the engine itself may cost less than a smaller one.

Motor power

Lawnmower engine power expressed in horsepower. The common unit of power these days is the watt, but gasoline and diesel engines (see "Engine Type") are traditionally referred to as hp. Some units are easy to convert to others: 1 hp. approximately equal to 735 watts.

In general, the more powerful the engine, the more performant the mower is and the better it handles with heavy work such as cutting thick grass, bushes, etc. On the other hand, high power has a corresponding effect on fuel consumption, as well as the weight and price of the engine. In addition, it should be taken into account that different types of mowers (see "Type") differ in terms of power requirements. For example, among trimmers there are many models with a capacity of 0.7 – 1.3 hp., for gasoline lawn mowers, the minimum power is already in the range of 1.3 – 2 hp., and for mowers, at least 2.5 hp is required. . So you can only compare units of the same type in terms of power. Detailed recommendations for choosing a mower depending on its type and features of the planned work can be found in special sources.

Motor power

Lawnmower engine power expressed in watts. This designation is used absolutely for all electric models (see "Engine type"), and it is also often found in gasoline and diesel units along with horsepower (these units are clearly related, 1 hp is about 735 watts).

In general, the more powerful the engine, the more performant the mower and the better it will cope with heavy work such as cutting thick grass, bushes, etc. On the other hand, high power has a corresponding effect on fuel / electricity consumption, as well as the weight and price of the engine. In addition, note that the power requirements depend on the type of mower itself and its engine (see above for both). For example, for most robots, the power does not exceed 500 W — more, taking into account specialization, is not required, besides, otherwise the devices would turn out to be too bulky and heavy. Trimmers and lawn mowers of similar power are only electric, and the power limit for power tools is 2500 – 3000 W when powered from the mains and 1500 – 2000 W for battery models. But in gasoline tools, the minimum power is about 500 – 1000 W for trimmers and 1000 – 1500 W for mowers; the maximum value can exceed 4 kW.

Detailed recommendations for choosing a lawn mower d...epending on its type and features of the planned work can be found in special sources.

Electric starter

The presence of an electric starter in a gasoline or diesel lawnmower engine (see "Engine type")

Such a system is an electric motor powered by a separate battery. It greatly simplifies the starting procedure: no need to pull the cord or turn the handle — the rotation of the shaft necessary for starting is provided by an electric motor. In essence, the user only needs to press a button. On the other hand, electric starters are rather heavy, bulky and expensive, and the battery can be discharged during long-term storage. Therefore, this function is found mainly in high power motors, which would be difficult to start manually.
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