Ladder Racks, Truck Ladder Racks, Service Body Truck Ladder Racks, and Sprinter Van Ladder Racks.

Patented Vertical Ladder Racks

Ladder Racks are manufactured in the USA using only the finest materials and components; anodized industrial grade aluminum extrusions and high grade stainless steel hardware are VR’s ingredients for ladder racks that last a lifetime.

Vertical Ladder Racks offer the ultimate convenience in ladder transport.

Stowing ladders on the side of the truck makes loading and unloading ladders from the ladder rack much easier than it ever was before.

VR’s infinitely adjustable ladder racks enable the user to position the ladder support arms and the ladder securing straps at any position along the ladder rack’s height. This adjustability allows fine tuning ladder placement on the truck after the ladder rack has been mounted. The ability to adjust the ladder rack also allows users to offset the ladder support arms and the ladder securing straps to accommodate multiple step ladders in the least amount of space. Transporting step ladders and/or extension ladders is as easy as configuring the ladder rack to hold the desired combination of ladders.

If your ladder needs change you simply reconfigure the ladder rack to the ideal layout to support the rack’s new load.

Vertical Ladder Racks mount easily to any flat sided vehicle. They can be mounted outside or inside the truck body.

Our Team

Alfonso Villafuerte

Proactive engineer with exceptional interpersonal and writing skills. A passionate team member who thrives on learning from others and eager to contribute to accomplishing a common goal. Enthusiastic about developing a career as a mechanical engineer and gaining new skills.

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Alla Postulga

You can only become truly accomplished at something you love. Don’t make money your goal. Instead pursue the things you love doing and then do them so well that people can’t take their eyes off of you.

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Aram Martirosyan

Analog mixed-signal design engineer with 14 years of experience. Master in Integrated CircuitsÔÇÖ Technology and Design, PhD in Automation Systems.

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Arsenii Telichko

Researcher with a strong background in math and physics, 8 years experience in ultrasonics, and more than 3 years experience in medical ultrasound imaging and therapy. Have been working on developing new devices and prototypes, including intravascular transducers. Experienced in ultrasound contrast agent synthesis and characterization. Carried out ultrasound contrast agents (microbubbles) imaging and cavitation detection experiments. Developed and used the ultrasound-mediated drug delivery system, which was used on small and large animals for non-invasive miRNA and chemotherapy drug delivery. Performed ARFI and SWEI imaging experiments. Cell culture, small and large animal studies work experience.

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Carter McEathron

A passionate, motivated mechanical engineer who will turn ideas into validated products ready for production. An expert in CAD, I have completed thousands of parts ranging from IC engine castings, exterior trims, full vehicle thermal solutions, and electrical harnesses– there is no limit to my design ambitions.

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Edvard Mkrtchyan

A people-oriented Senior Analog/Mixed-signal Design Engineer/Team Lead with over then (10+) years of industrial experience in CMOS IC Design. Participated in over 25 projects with high volume productions. Experienced in complete product development lifecycle: from initial conception through design, verification, fabrication & testing. Extensive experience of working with different teams across the world (USA, CA, Europe, Egypt, Macau). Driven by project and team success.

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Ivan Zadvorny

Oil and Gas industrial. Work experience in the industry for over 20 years. Experienced user of Solidworks, Unigraphics NX, ProEngineer. Development of parts and assemblies for the oil and gas industry (devices for pipeline diagnostics, ultrasonic and magnetic flaw detectors, devices for determining geometry, devices for cleaning, speed controllers, etc.). Development of operational documentation for products. Parts production control.

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Karen Mkrtchyan

3 years experience in VLSI. Expertise including RTL review, Logic Synthesis, Formal Verification, Floorplanning, Place&Route, Static Timing Analysis, Gate Verification and Timing review, Complete Design package and SignOff. Have done one 40nm Testchip implementation RTL2GDS with known flow and a few Testchip swaps (28nm,16nm) with timing analysis and physical verification.

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Phuong Le,

Researching Advanced Technologies to Mitigate the Spreading of the Coronavirus in the Elevators. Designing Industrial Automatic Machines. Designing Elevator Door Operator Drives, Designing Electronic Hardware for Elevator Industry. Loher Dynalift Drive Specialist. 2D and 3D Infrared Detector Edges Specialist. Emergency Power Backup Specialist. Designing and Revolutionizing Elevator Lighting from Fixture to Cab Lighting with LED Technology. Specialties: Architect of International Engineering Projects from Concepts to Products. Disclaimer: Any articles I’ve posted are my own and they do not reflect any views of the companies that I work for.

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Ramakrishnan Adithya

1. Experienced in bringing designs from concept to customer reveal & concept to production. 2. Experience in designing position/torque sensors, plastic injection molded electronic component probe housings , powertrain components, electro-hydraulic valve bodies , fuel delivery pipes and fuel/ air delivery nozzles. 3. Masters in mechanical engineering ( applied thermodynamics and machine vibrations analysis). 4. Proficient use of GD&T , DFSS , DFMEA ,DVPR , DFM in design activities. 5. Software proficiency involves NX11, Creo, PLM, ANSYS, Enventive, Solidworks, Star CCM +, Ansys Fluent. 6. Canadian citizen with a valid passport.

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Rami Abdulghani

Validation & Manufacturing Engineering with pharmaceutical experience in verification testing, IQ/OQ/PQ/SAT protocols and technical documentation. Hands-on experience designing, inspecting, supporting technical projects in industrial manufacturing, and power generation environments. Demonstrated ability to apply engineering proficiency while incorporating practical hands-on experience and use of hand tools to apply sound technical skills in production, manufacturing, testing, and research. Collaborative team member with the ability to work autonomously or within a group, communicate well, learn quickly, analyze, and apply best practices to achieve results perfectly. Always interested with human languages that are translated to machines such as G&M Coding for CNC Machinery which are typed into a computer or generated by a program. Draft validation protocols including IQ, OQ, and PQ and execute testing on faciities, utilities, and equipment.

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Ravil Shamsutdinov

Engineer and project manager with over 7 years of experience in multi disciplined environment and masters degree in electrical engineering.

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Sai Siddartha

Hi, IÔÇÖm Siddartha, I’m a Validation engineer working on automotive control systems where I test , verify and validate these system on MIL and HIL environments. I hope to combine my knowledge of systems and mechanics along with HIL/MIL testing and help develop robust automotive systems. As a kid from Visakhapatnam, a small naval city with a defense airport that allowed me to sight military aircraft tear through the sky. Obsessed with cars and aircraft, I tried recreating all the planes and vehicles I saw through Lego building blocks or through a mechanix metal toy. Fifteen years later, my priorities have slightly changed, but my goal to develop vehicles has not. With a strong motivation to improve the complex automotive systems, I decided to pursue mechanical engineering . Development and validation of high performance and energy positive systems are of great interest and something I’m passionate about working on.

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Skandesh Lata

Professional mechanical engineer leveraging 3+ years of proven ability to combine interpersonal communication skills and critical thinking skills and strong business acumen with well-developed leadership qualities to support organizational effectiveness. Possess a comprehensive background in Product Design & Development, Failure Analysis and Statistical Process Control. Demonstrated history of producing high-quality results and possesses an innate talent for CAD, FEA, GD&T, DFM and Lean Six Sigma. Track record for diagnosing complex problems and consistently delivering effective solutions and customer satisfaction.

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Vinit Jain

If I were to list 3 factors which drove me towards dedicating my academic and professional career in Mechanical Engineering, I would say – Formula 1, air travel and renewable energy. – While being a well-rounded Mechie, I specialize in Computer Aided Design and Finite Element Analysis via extensive use of applications such as SolidWorks, CATIA V5, AutoCAD and ANSYS. – Worked on multiple design projects involving iterative part modeling and stress analysis simulations (Bar Assistant Robot, Engine Centrifugal Governor and Disc Brake System). Being a part of Formula SAE as a freshman introduced me to mechanical design. – Gained experience with mechanical drawings, application of GD&T (ASME Y14.5) and EBOMs while interning at Emerson Electric. – Developed understanding of process optimization concepts such as Lean Manufacturing and 5S Principles at Siemens India Ltd. – Studied the impact of human factors in design of autonomous ship monitoring systems and the influence of behavioral factors on the performance of off-shore control center operators as an RA at USC. I’m eager to grow my skillset in electric mobility, sustainable food tech and robotic motion products. Other interests include talking about sports, reading about future tech and planning travel itineraries.

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