Specifically engineered to satisfy SMC 23.54.015 requirements for high-density, secure, long-term parking in commercial, residential, and multi-modal transit spaces.
Space-Saving, Gas-Assisted, Easy to Use. Excellent for high-density basement layouts in downtown office towers.
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Manual Operation, High-Capacity Storage. Heavy-gauge carbon steel structure designed for maximum durability in high-traffic hubs.
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Anti-Theft, UV Protection, Stackable Design. Delivers weatherproof Class I secure bike parking for exposed, outdoor corporate campuses.
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High-Strength, Modular, Multi-Use Security. Ideal for multi-family residential parking garages requiring secure tenant lockups.
View SpecificationsThe Seattle metropolitan area is at the forefront of urban micro-mobility evolution. Driven by municipal mandates like the Seattle Bicycle Master Plan and the stringent guidelines set by the Seattle Department of Transportation (SDOT), developers and facility managers face increasing pressure to supply reliable, secure, and dense Class I and Class II bicycle parking options. From South Lake Union to the tech hubs in Bellevue, integrating sustainable transit interfaces is no longer optional—it is a core building compliance parameter.
For corporate headquarters, high-density residential towers, and public transit nodes, the selection of bicycle parking systems must balance spatial efficiency with user safety and environmental longevity. Our engineering team designs and manufactures solutions that meet these exact requirements, helping projects achieve LEED certification and satisfy local building codes (SMC 23.54.015) seamlessly.
"To succeed in the Pacific Northwest market, bike infrastructure must survive high humidity, persistent precipitation, and heavy daily cycling volumes. Our systems are engineered using hot-dip galvanization and structural grade stainless steels to prevent premature rust and mechanical failure."
Years of Infrastructure Manufacturing Expertise
Countries and Regions Reached Globally
Compliance with SDOT & ADA Design Standards
Spaces Optimized in High-Density Environments
Enterprise procurement professionals and commercial general contractors in Washington state operate under tight schedules and demanding specifications. A reliable manufacturer must do more than just fabricate steel; they must serve as an end-to-end integration partner. From conceptual layout CAD modeling to final site compliance check-offs, our support is structured to eliminate friction at every phase of the project lifecycle.
Seattle’s maritime climate is notoriously harsh on outdoor structural elements. Sea salt sprays, high humidity, and consistent seasonal rain accelerate the oxidation of substandard metals. To combat this, we apply localized material engineering standards:
The exponential rise of electric bicycles (E-Bikes) has shifted procurement demand. E-Bikes represent a significant financial investment for riders, meaning parking infrastructure must prioritize enhanced security (Class I lockers) and integrated power delivery systems. Our engineering department is integrating IoT locks and smart charging channels into standard commercial racks, prepping properties for the next decade of urban transport.
KAVASS Security Tech Limited is a professional manufacturer focused on traffic safety and perimeter protection solutions, with more than 18 years of industry experience. We specialize in the design, production, and supply of a wide range of products, including parking locks, bollards, bike racks, and other urban infrastructure equipment. By integrating product development, manufacturing, and after-sales support, we provide efficient one-stop solutions tailored to the needs of global clients.
Our production base is equipped with advanced machinery and modern manufacturing processes, supported by a skilled engineering and quality control team. From raw material selection to final inspection, every step is carefully managed to ensure consistent product performance and long-term reliability. This enables us to meet the demands of various applications, from standard products to customized project requirements.
Operating dedicated production facilities at Deqing and Zhuji ensures complete supply chain control, high capacity, and punctual global logistics execution.
Precision tube bending, advanced laser cutting, and welding operations.
Stringent quality checks and multi-tier structural pre-assembly.
Applying specialized protective films for corrosion-prone maritime zones.
Integrating security bollards, access management, and durable public assets to construct resilient urban landscapes.
Fixed, fold-down, telescopic, removable, automatic, and lighting bollards for perimeter security and access control.
Reliable, high-density, and space-saving bicycle parking systems for commercial and residential transit centers.
Safety barriers, heavy-duty guardrails, and asset protection equipment designed for harsh factory and warehouse environments.
Bicycle parking equipment has evolved beyond basic static structures. Architectural aesthetics, ease of deployment, ADA compliance, and user protection are critical variables. As a primary manufacturer, our product development process adheres to a clear technical framework:
Our multi-tier gas-assisted designs integrate pneumatic dampers to decrease lifting effort by 60%, allowing riders of all demographics to utilize upper tiers comfortably. High-density semi-vertical layouts utilize a staggered height configuration to prevent handlebar interference between closely spaced bicycles.
Racks destined for outdoor installations undergo structural finite element analysis (FEA) to confirm wind and seismic load resistance, satisfying local regional building rules across Washington state. Welds are performed in accordance with international welding codes, ensuring structural stability under loaded conditions.
In addition, our smart e-mobility integrations allow users to lock their vehicles while charging them simultaneously, solving the range anxiety and battery theft issues that currently limit daily bike commuting in long-distance metropolitan networks.
Select from our complete range of specialized configurations. Custom surface finishes and dimensional adjustments are available upon request.
Space-Efficient, Hot-Dip Galvanized, 2–5 Bike Capacity. Staggered design ideal for tight alleyways and parking lot conversions.
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Space-Efficient, Durable Finish. Sleek aesthetic styling designed for high-end residential lobbies and commercial parking stalls.
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Hot-Dipped Galvanized, Outdoor Durable. Space-optimizing layout that aligns bicycles neatly at an angle along public walkways.
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Zero Coating Maintenance. Delivers high corrosion immunity in high-salinity maritime and street-side environments.
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Safety, Durability & Performance Upgrade. Equipped with integrated hand tools and a heavy-duty air pump for community parks.
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Single-Bike Vertical Space Optimization. Minimizes footprint usage in residential utility storage rooms and garages.
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High-Strength Suspension System. Allows off-the-floor secure mounting to preserve floor footprint space.
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Powder Coated Classic Finish. The standard structural layout providing clean organization and secure dual locking points.
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4-Bike Wheel-Through Storage System. Provides structured spacing and locks both wheel and frame safely.
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Integrated Bike Parking & Crash Protection. Combines vehicle impact perimeter barriers with heavy-duty bicycle tie-offs.
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Integrated Parking & Charging Solution. Features secure electrical connection pathways to power commuter bikes safely.
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12-Hook Vertical Storage System. Optimal storage density for mixed micromobility fleets in commercial complexes.
SpecificationsAnswering major architectural design and procurement compliance questions for projects in Seattle and global jurisdictions.
Under the Seattle Municipal Code, properties must provide a set ratio of long-term (Class I) and short-term (Class II) parking spots. Long-term parking generally requires weather protection and high security (e.g., lockers or locked rooms with structural racks), whereas short-term parking must be placed within 50 feet of key entries, using standard hoops or decorative racks that hold the bicycle frame at two points.
Hot-Dip Galvanizing involves dipping the entire fabricated steel element into molten zinc. This process creates a metallurgical bond that protects both the interior and exterior of the tubes. Powder coating is an electrostatic surface paint application. For moist climates like the Pacific Northwest, hot-dip galvanization is recommended as the base coat, with powder coating applied over it for the best combination of aesthetics and rust protection.
Our double-tier systems feature heavy-duty gas struts that act as a counterbalance. When a user lowers the upper sliding tray, places their bicycle, and lifts it back up, the compressed nitrogen gas inside the strut expands, taking on over 60% of the bicycle's dead weight. This makes it easy and safe for most users to park heavy city commuter bikes on the top tier.
Yes. As a direct manufacturer, we provide OEM and ODM services. We can customize tube diameter, height, layout geometry, lock compatibility, and branding to suit your architectural plans. Our team can also work from your CAD files to ensure exact sizing before production starts.
KAVASS