Introduction

Strollers are great for getting the little ones to nearby destinations, but they’re prone to damage and wear from hitting the streets if the suspension system is weak. Also, the ride becomes shaky.

Remember when your Dad built you that go-Kart, and you felt every bump in the road on it? That was because it had no suspension.

Today we’re looking at how a suspension system works and what difference the suspension on a stroller makes to your baby’s comfort, and the other benefits that come with having a good one.

What is a Suspension System of Baby Strollers?

 

what is a suspension system for baby stroller - babycro

 

The suspension system is a device mounted on the wheels, which is used to help absorb resistance and bumps from all directions on the road surface, it can make the baby carriage run smoothly on various road surfaces.

There’s always the fear that you will lose control, and your child’s stroller will accidentally roll down a steep slope at dizzying speeds.

A suspension system for baby strollers maximizes the contact between the stroller’s wheels and the road surface. This provides the stroller with a variety of benefits, including excellent handling, even weight distribution and steering stability.

It ensures your baby’s comfort by dampening and absorbing shock. When the ride of your baby’s stroller is comfy, it means your suspension has commendable road isolation.

The best thing about suspension systems is that they enable the stroller to move up and down when necessary without jarring your baby stroller uncontrollably. The surface you are riding your baby on also plays a part in the suspension’s effectiveness.

All baby strollers experience some body roll when turning around a corner. If the roll is too much, the weight shift can cause the stroller’s wheels to lose traction. This often causes the stroller to spin out of control and affect your handling.

When there’s poor handling, the stroller will shift to one side more than the other and is prone to fall over. You can prevent this by having a superior suspension that provides firm road holding.

Types of Suspension Systems of Baby Strollers

Knowledge of the suspension system helps a lot with choosing and maintaining your baby’s stroller. It also gives you a clearer understanding of the essential components that make up the stroller.

The type of suspension system depends significantly on the kind of stroller. There are two main types of strollers: three-wheel and four-wheel. Both use one of the following suspension systems:

Independent suspension

 

independent suspension system of baby strollers - babycro

 

This suspension involves an arrangement where the wheels are linked to the chassis. They do this in such a way that one wheel’s rise and fall doesn’t affect the other. This ensures better braking, cornering, and generally better handling.

Solid Axle Coil Spring Suspension

 

solid axle coil type of suspension system - babycro

 

This suspension system is reliable but not perfect. Once the suspension’s axle tilts, the stroller’s wheel does not remain vertical any longer. This may lead to fast wearing out of the wheels, or worse, the toppling of the stroller.

You can compare this to what happens when a truck takes a turn at high speeds. The brakes may not have the upper hand in such a situation.

Adaptive Air Suspension

 

adaptive air type of suspension system - babycro

 

Strollers with this kind of suspension system are generally more expensive. This is because the adaptive air suspension feature is controlled electronically for each wheel on the stroller. They also come with a continuously adaptive damping system that helps the stroller adhere better to various road conditions.

When this suspension system is in use, a separate height sensor comes into play. This tool helps in monitoring the distance covered by the stroller’s axle and chassis.

Wishbone Arm Suspension

wishbone type of suspension system - babycro

 

This is the most common system used in modern strollers. Regardless of road bumps or body roll, this suspension system maintains consistent tire contact with the road. It does exceptionally well on and off the road, without negatively affecting the wheels.

How Does the Suspension System Work for Baby Strollers?

structure of baby stroller - babycro

 

If you look at the basic build of a modern baby stroller suspension system, there are several internal components. These parts work together to provide comfort to your little one with a minimum of effort, especially when you

Suspension systems are made up of the springs, wheels, shock absorbers, arms, struts, joints, and bushings. They are similar to those of an ordinary road vehicle, but much less complicated.

The stroller’s wheels are the only parts that come into contact with any road surfaces. They perform two functions at once: they make the ride smoother through their rubber construction and are part of the steering mechanism to move the stroller in any direction.

The shock absorbers are cylinders that enable the suspension system to decompress and compress at consistent rates. This prevents the stroller and its springs from rapidly bouncing up and down. Their primary purpose is to abruptly dampen the stroller’s vertical motion when riding the stroller on rough surfaces.

The springs come in three forms: coil springs, leaf springs, and torsion bars. The springs work closely with the shock absorbers to resist movement and prevent accidents.

The suspension struts work similarly to the shock absorber. They provide a dampening structure that offers general support to the stroller’s suspension system. Keep in mind that shock absorbers don’t give support to your stroller’s weight; the suspension struts achieves this.

Some strollers have an adjustable suspension to work efficiently with different baby weights. See below video in detail to learn how to adjust the suspension system:

 

So What Main Functions Do Suspension Systems Perform on Baby Strollers?

Absorb Impact

In the past, padded cushions were used in absorbing the various forces that come from a rough road. Today, manufacturers design systems in baby strollers to absorb shock and vibration effectively.

In places where the road surface isn’t perfectly smooth, the suspension systems will protect your little one from the impact of the uncomfortable bumps.

Gravitation

Suspension systems are the prime mechanisms that, alongside the seat and frame, work to separate your child’s bum from the ground surface.

Vibration Forces

Regardless of how smooth you think the road may be, don’t risk pushing your baby’s stroller at high speeds with poor suspension. It would be like taking a train ride that doesn’t use lateral suspension—it’s harsh.

Maintains Ground Contact

The stroller’s wheels come into contact with the surface; however, as they link the wheels and axles to the stroller’s suspension system, the shocks and other imperfections that the wheels encounter get transmitted to the seat via the stroller’s shock absorbers.

These dampen the effects of the shock, and vibration forces, on the passenger.

If you have an efficient suspension system installed on your baby’s stroller, the stroller’s inside wheels stay in contact with the road surface because the springs in the suspension push the wheels to the ground.

The efficient combination of these two functions determines how reliable a stroller’s suspension system is. It also boosts the stroller’s overall performance.

What Aspects of the Baby Stroller’s Performance Are Affected by the Suspension System?

 

why suspension system is important for jogging strollers - babycro

 

These days, more and more companies are trying to produce much more compact strollers. When too much emphasis is put on reducing the size of baby strollers, this has a significant implication for suspension design and stroller ride.

One of the most affected aspects of a smaller baby stroller is the overall ride quality. The wheels are the parts of the stroller responsible for movement. They also determine how well the handling and ride characteristics of the stroller will turn out.

Without an efficient suspension system, the point at which the stroller interacts with the road surface becomes compromised.

Suspension systems also affect the stroller’s directional control. The components work together to improve directional control. They also use (or compensate for) body roll to help the body move contrary to rough roadway irregularities.

This kind of movement maintains adhesion and helps to smooth out the ride. Without a competent suspension system, your little one will definitely feel the shocks when you make a turn. Such sensations heighten the risk of a rollover.

The treads on the stroller’s wheels also wear down in the absence of a competent suspension system. A simple way to tell that the wheels are unevenly wearing out is by checking for balding spots.

If there are any, that’s an indication that you are placing uneven amounts of pressure on the stroller’s wheels.

A stroller’s ride quality is often associated with its response to bumps. A suspension system improves that response by minimizing the rebound movement and frequency bounce.

A comfortable and safe ride Is not wholly dependent on the suspension; it also depends on the stroller’s design.

The design should always have a five-point harness and have a structure to accommodate the baby’s spine through every step, regardless of the surface. This will also have a more positive and safer impact on the baby’s growth.

Get the Best Suspension System for your Stroller

When you want to take your little one out for a stroll, search for a stroller that will provide a smooth ride and connect well with surfaces of any kind. That’s the job of a suspension system.

You don’t have to wait for your current stroller’s wheels to wear out for you to take action. Don’t turn a blind eye to those worn-out wheels and jarred arms every time you hit a bump. A poor suspension will increase your chances of an accident.

Keep your baby safe and comfortable by investing in a well-upholstered stroller with a five-point harness and a top-quality suspension system.