Comparison Best Scooter Maxi 779-2116 vs Oxelo Freestyle MF 1.8 Plus

— Scooter. Scooters of a traditional design are a deck with a handlebar mounted on wheels of a relatively small diameter. In other words, this category includes all models that do not belong to more specific varieties.

— Kickboard. A type of scooter that has two wheels in front, and the steering wheel for turning does not need to be turned, but tilted in the appropriate direction. Thanks to three points of support, kickboards are more stable than classic scooters and are well suited for initial learning to ride; in fact, most of these products are designed for a younger age.

— Stunt scooter. A variety of classic scooters designed for sports stunt riding. The main distinguishing feature of such models is increased strength: the frame is made of metal, a one-piece handlebar without adjustment and folding. Also, such scooters can be equipped with pegs and other elements for a stunt programme. However, such models cost accordingly.

— Bicycle scooter. Scooters with bicycle-type wheels: large, with spokes and inflatable tyres. This greatly increases the cross-country ability and allows you to ride even on dirt paths and other uneven terrain. Note that you should not confuse such products with pedal-less bicycles (balance bikes): in this case, we are talking about a variety of sco...oters.

— Trike. The main distinguishing feature of the trikes is the presence of two separate platforms, under each leg. There are three wheels, respectively — one in front and one on the back of each platform. Riding on such a scooter differs from the classic one in that the legs can constantly stand on the platforms. Moving forward in different models is carried out in different ways. One of the options is scooters, where you need to swing from side to side; accordingly, it will not work to drive strictly in a straight line on them — the trajectory of movement will be undulating, and wobbling. Another variety is the so-called "scissors": platforms can move and move apart, like scissor blades, which ensures forward movement.

— Snow scooter. Scooters were originally designed to move on snow. According to the device, they are similar to ordinary scooters. However, instead of each of the wheels, a small ski is installed; in addition, frost-resistant materials are used in the design. At the same time, many snow scooters allow the replacement of skis with wheels and can also be used in the warm season.

— For drifting. Scooters specially designed for driving with the active use of controlled skids. Outwardly, they are similar not so much to scooters as to electric tricycles, they have a seat and three wheels — a front (steering) and two rear ones. When driving, the rider's legs are on the steps and do not touch the ground, traction is provided by an electric motor on the front wheel, and the rear wheels are usually made swivel (as in supermarket carts) and can turn around in the course of skidding. This design allows you to easily and safely perform tricks using drift. And the most advanced and speedy models, designed for professionals, have more traditional rear wheels, without the ability to turn.

The maximum weight of the rider that the design of the scooter can withstand without breakdowns and accidents. This point is partly determined by the age group, and mainly by the materials used in the frame (both points below). Note that manufacturers can indicate the maximum load for perfect conditions — when the scooter rides on a perfectly flat surface or even stands still. Therefore, it is worth choosing a model for this parameter with a certain margin; this is especially important for varieties designed for increased loads, in particular scooters and stunt models (see "product type"). Even more so, you should not exceed the weight indicated in the characteristics — even if the scooter does not break down immediately, this can happen at any time after, which is fraught with accidents and injuries.

The minimum age at which a child can be entrusted with a scooter. These recommendations are quite approximate, but it is highly not recommended to deviate from them. In the case of electric scooters (see "Type"), it is worth considering that in some countries, to control such devices, you need rights obtained from a certain age; so when buying a similar model, it's ok to clarify the requirements of traffic rules.

The allowable load directly depends on the age group; according to this criterion, modern scooters can be divided into children's(permissible load up to 50 kg), teenage(from 50 to 80 kg), and adults(80 kg or more).

The recommended height is the optimal rider height for which the scooter is designed. The more closely the rider's actual height matches the recommended height, the more convenient and safer it will be to use the scooter. Usually, the recommended height is indicated by a certain range of values. It is perfectly acceptable to order a scooter for height, but the difference between the actual and recommended height should be minimal. When choosing a scooter, you should be guided by other parameters, such as age group, rider weight and other characteristics.

— 2 wheels. Classic design with one wheel front and rear. Found in all types of scooters except kickboards, trikes and drift models (see "Product type"). Two-wheeled scooters cannot stand upright without accessories (see "Features — Stand"), and riding them requires some balance skills, but they are considered the fastest and most agile. Note that scooters are made only two-wheeled.

— 3 wheels. By definition, all trikes and most kickboards, as well as models for drifting, are made three-wheeled (see "Product type"). However, this option can also be found in classic scooters — in the “one wheel in front and two in the back” format. In this case, the distance between the rear wheels may be different. In some models, they are widely spaced, so that the scooter can stand stably even when stationary, but its manoeuvrability is low; the narrow arrangement of the rear wheels reduces stability, but improves agility.

— 4 wheels. The design provides a pair of wheels in front and behind. It is found in classic scooters, as well as some kickboards and trikes. Four wheels provide maximum stability, but significantly reduce manoeuvrability and are not suitable for dynamic driving with sharp turns. Therefore, most four-wheeled models are designed for the smallest children who are just learning to balance.

The material of the handlebar carries almost the main information about the strength of the scooter since the rider leans on it while riding. Accordingly, this structural element in most cases is made of metal, namely:

— Aluminium. The key advantage of aluminium is its light weight. Handlebars made of aluminium are much lighter than their steel counterparts. A scooter with an aluminium handlebar can be a good choice for stunt riding. But to make an aluminium handlebar strong enough manufacturers have to increase the size and wall thickness. As a rule, aluminium handlebars have a non-standard increased tube size of 34.9 mm. Additionally, aluminium handlebars are more expensive than steel counterparts.

— Steel. The main advantage of steel is increased strength — such a handlebar can easily withstand high mechanical loads. But among the shortcomings can be noted high weight. Steel wheels have a high mass, which somewhat limits their scope, especially in terms of stunt driving.

The weight of the scooter, its strength and resistance to stress depend on the material of the deck. In modern models, the following options can be used:

— Plastic. In scooters, this material belongs to the entry-level. The strength of plastic is low, it is not designed for heavy weight and serious loads — and, therefore, it is found mainly in models of the younger age group and the classic type (see above). On the other hand, in this category, plastic shows itself at its best: it can have almost any colour and pattern, it weighs a little, and it is inexpensive.

— Aluminium. Aluminium-based alloys combine strength, resistance to stress and low weight, due to which they are quite popular as a material among all types of scooters (see above).

— Steel. The main advantage of steel is its high strength, exceeding even aluminium, not to mention plastic. On the other hand, this material has a large weight and therefore is used less often than others, mainly in bicycle scooters (see "Type") of the older age group.

— Magnesium alloy. A fairly advanced material that combines very low weight with high strength and elasticity. At the same time, its cost is also quite high. Therefore, magnesium frames can be found mainly in expensive premium models.

— Carbon. Thi...s term usually refers to carbon fibre — carbon fibre in combination with a polymer filler. Carbon is considered a premium material: its strength is comparable to steel, and its weight is much less. However, such material is sensitive to point impacts — cracks may appear from them. However, in general, such a “trouble” requires a rather unfortunate set of circumstances. But one of the unequivocal disadvantages of carbon can be called a high cost. In addition, we note that this material is used mainly in electric scooters (see "Type") — for other varieties, for several reasons, it is easier to use more affordable materials, even if we are talking about an expensive and high-quality model.

— 2 bolts. 2-bolt clamp — such clamps are typical for entry-class scooters. A 2-bolt clamp usually connects steering elements in city scooters. M8 threaded fasteners are most often used as bolts. The 2-bolt connection is ill-suited to resist loose fasteners.

— 3 bolts. Clamp for 3 bolts — this clamp allows you to more or less securely fix the steering elements. Scooters with a 3-bolt clamp are usually considered stunt scooters but belong to the entry-level class. The 3-bolt fastening allows the clamp to prevent loosening in the connection.

— 4 bolts. 4 bolt clamp — this category of clamps is typical for good stunt scooters. Such a connection allows you to securely fix the steering elements. The presence of 4 fixation points allows the connection to resist loosening well, and the bolts in such clamps are slightly subject to self-loosening.

— 5 bolts. The 5-bolt clamp is a quality clamping solution found on advanced stunt scooters. The presence of 5 fixation points allows you to securely fix the steering wheel in the desired position. The 5-bolt clamp will not allow play to appear in the connection. Such clamps can maintain the degree of tightening of fasteners even under high-vibration loads.

Compression is a special device that connects the fork to the steering speaker. Thanks to the compression, the rigidity and reliability of the connection of the steering speaker to the fork are ensured.

— IHC. Suitable for scooters with standard diameter handlebars: 31.8mm or 1¼". This type of compression is simple in design and highly reliable. The IHC system consists of a tie bolt and an anchor. The steering wheel is connected to the compression with a clamp.

— HIC(Hidden Compression System) — this type of compression is found in scooters with a handlebar of increased diameter: 34.9 mm or 1⅜". HIC compression is widely used due to the reliability and simplicity of the design solution. The steering speaker is used with a kerf Steering clamp is applied to the steering speaker HIC compression is identical to the IHC design The only difference between the two is the rudder diameter HIC is designed for 34.9mm headsets while IHC applies to headsets 31.8 mm in diameter.

— SCS(Standart Compression System) — advanced class compression. To use the SCS, you need a scooter with a non-kerf steering speaker. A distinctive feature of the SCS compression is the use of a 4-bolt tie-down collar. The compression pinch bolt is screwed in from top to bottom. The steering speaker is put on from above. SCS compression is created under the handlebars of di...fferent diameters: 34.9 or 31.8 mm. Structurally, SCS compression is similar to HIC. The key difference between these types of compression is for the most part only in the cut on the steering speaker. The SCS does not have a kerf, but the HIC does.

— ICS(Inverted Compression System) — simple and reliable compression. The system is represented by a coupling bolt, which is screwed in from the bottom up, through the front wheels. The anchor is usually built into the fork at the factory. But in some cases, the anchor must be hammered into the fork yourself. When working with compression, there are usually several difficulties. The first is that you need a special long key to work with fasteners. The second trick is expressed in the need to remove the front wheels every time the compression is tightened.

— Tread. Threading is the simplest method of connecting a steering speaker to a fork. This type of compression is typical for entry-level scooters. Scooters with threaded compression are positioned as urban models. Such scooters are not physically adapted to the impact of high mechanical loads.