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The parking gates are a critical component of any establishment's security system. These gates are designed to limit and control vehicle traffic into and out of the parking zones. There are several parking gate designs, each with its unique features and benefits. The selection of a suitable parking gate design is mainly dependent on the needs, preferences, and budget of the establishment.
Sliding gates
The sliding gates move along the sliding gate motor gate tracks and slide to one side, opening up the entrance to the parking lot. These gates are ideal for areas with limited space, as they need minimal space to open and close. They give a modern look and feel and are suitable for contemporary buildings.
Swing gates
These gates are also known as the opening and closing gates. They are opened by swinging inward or outward, usually on hinges. These gates are appropriate for large entrances and require ample space to swing open and close.
Telescopic swing gates
Telescopic gates are a type of parking gate that is ideal for entrances with limited opening space. These gates, which are also known as telescopic swing gates, open by folding each section together.
Folding gates
These folding gates fold up as they move along when opening, thus saving space. They are suitable for parking lots located in places where space is a premium. Folding gates are easy to operate and can be opened manually or automatically.
Barrier gates
Barrier gates are also known as boom gates. They are commonly used in parking lots, roads, and toll gates. These gates consist of a horizontal barrier or boom that is raised and lowered to allow or restrict vehicle access. Equipped with advanced sensors and automatic control systems, barrier gates detect vehicles approaching the gate and automatically open or close the barrier for smooth entry/exit.
Shutter gates
Shutter gates are ideal for securing parking lots at the end of each day when no vehicles are parked inside. These rolling steel gates roll up or down like window shutters to open and close, thus providing maximum security against thefts/burglaries.
Parking gates are essential for providing security and controlling access to parking areas. They are designed to meet the specific needs of different places, ensuring that the right gate is chosen for each situation. Here is an overview of various parking gate design terminologies.
Barrier gates
These are commonly seen in toll booths and commercial parking lots. Barrier gates have a horizontal bar that extends and retracts to allow or deny vehicle access. These parking gates are usually made of strong materials like steel or aluminum, which makes them durable and low-maintenance. They can withstand heavy use.
Sliding electric gates for driveways
Sliding gates work well in places with limited space. Instead of opening outward or inward, sliding gates move sideways and hide into a slot at the side. This type of parking gate is suitable for lots with wide entrances. It offers a modern look while providing security and privacy. Driveway sliding electric gates are automatically opened or closed using remote controls or intercom systems.
Swing gates
Known for their traditional design, swing gates open inward or outward like doors. Swing gates are cost-effective and easy to install if the entrance size allows them to open without hindrance. They can be manual or automatic, depending on preference.
Gate doors
Double door gates consist of two equal-sized doors that open together. They create a wide entrance suitable for large vehicles such as trucks or buses. Meanwhile, single door gates have one door only, making it ideal for small entrances where space is limited but still requires security measures.
Biometric access control gates
These advanced electronic access control systems use fingerprints, retina scans, or facial recognition technology to grant access to authorized individuals only. This biometric parking gate ensures maximum security, especially in sensitive areas where unauthorized entry should be strictly prohibited.
Card reader gates
Card reader gates are another form of automated entrance systems used in parking lots. They require users to swipe their access cards through a card reader device installed on the gate's post before entering or exiting the parking lot. This type of parking lot entrance gate control system is commonly used in commercial buildings where employees are issued access cards for identification purposes.
License plate recognition gates
License plate recognition (LPR) gates use artificial intelligence software to automatically read and recognize vehicle license plates. Once a car approaches this type of entrance, an LPR camera captures its license plate number and compares it with a pre-approved list stored in the system database.
Security
All parking gate designs increase the security of the parking lot. This is because they limit access to the space to only those with the permission to be there. This makes it hard for outsiders to get into the lot. Some gates also have extra security features, like cameras and badge readers, to make it even more secure. In places where safety is very important, like hospitals or the military, secure parking gates are a must.
Control access
Parking gates are also good at controlling who gets into and out of the parking lot. This is done by using gates with keypads, cards, or remote controls that allow only authorized people to enter. This is especially helpful in places like apartment buildings or office parking lots, where they want to keep out anyone not living or working there.
Privacy
Gates provide privacy for users. When the gate closes behind a car, it shuts out the rest of the world so no one can see what is going on inside the parking lot. This is nice for people who want to keep their cars and what they are doing private. Residential homes or small private lots where only a few people park would find this very useful. It helps those who do not want others to know about their comings and goings.
Prevent theft and vandalism
Gates also help prevent car theft and vandalism. By blocking off the entrance and only allowing certain people in, gates make it much harder for thieves to get into the parking lot to steal cars. This extra barrier gives an added layer of protection that can provide peace of mind for those worried about their vehicles being targeted by criminals. In areas where these crimes are a concern, installing secure parking gates can help deter unwanted intruders from gaining access to the lot.
Increase property value
Installing parking gates can also raise the value of a property. When buildings add nice-looking, working gates to their parking lots, it makes the whole place seem more valuable. People will pay more for a home or business if it has gated parking because it appears safer and more private. Developers who put in this type of entrance can expect to see a good return on their investment simply by increasing the perceived worth of the land. It shows that small additions like these can have big impacts on real estate prices.
Purpose and Requirements:
When selecting a parking gate design, the first step is to consider its purpose and requirements. One should identify the gate's primary function, such as controlling access to a parking lot, securing a parking area, or managing vehicle entry and exit. One should determine the specific requirements, such as the type of parking facility (commercial, residential, or institutional), the expected volume of traffic, and any security measures needed. This will help narrow down the options and ensure the gate design meets the specific needs.
Style and Aesthetics:
Next, one should consider the style and aesthetics of the parking gate. One should evaluate the architectural theme and overall design vision for the surrounding area. Does one prefer a modern and sleek look, a classic and ornamental style, or an eco-friendly design with natural elements? One should consider the materials to be used in the parking gate, such as metal, wood, or composite materials. Different materials offer varying levels of durability, maintenance requirements, and visual appeal. Metal gates, for example, can be made of steel or aluminum and are known for their strength and longevity, while wooden gates offer a more traditional look but require regular maintenance to prevent weathering. One should choose a material that aligns with the desired aesthetics while ensuring it can withstand the environmental conditions of the location.
Safety and Visibility:
Safety and visibility are crucial factors when choosing a parking gate design. One should ensure the gate design has proper visibility for drivers and pedestrians to prevent accidents. Look for gates with clear sightlines and appropriate lighting. Consider safety features such as anti-pinch mechanisms, warning signs, and emergency exit options. One should ensure the parking gate has reliable access control systems, such as keycard readers, remote controls, or intercom systems, to allow authorized personnel to operate it. Additionally, consider integrating automated gate systems to enhance efficiency and ease of operation.
Q1: What are the trends in parking lot gate design?
A1: The trending gate designs for parking lot entrances include minimalistic designs, sustainable materials, smart gates, and decorative lighting.
Q2: What gate mechanism is suitable for busy parking lots?
A2: An automatic sliding gate is suitable for busy parking lots as it will save space and allow for quick entry and exit.
Q3: Which parking lot gate design offers the best security?
A3: Security gates or spike strip gates provide the best security as they will deter unauthorized access and prevent vehicle entry from exiting the parking lot.
Q4: What parking lot gate design will require low maintenance?
A4: Steel or aluminum-made gates will require low maintenance since they are durable and can be resistant to various harsh weather conditions.
Q5: What factors should be considered when choosing a parking lot gate design?
A5: When choosing a parking lot gate design, the flow of traffic, the desired aesthetic, budget, security, and maintenance factors should be considered.