Sim Racing Cockpit Compliance & Specs: FYCHI Buyer Guide

HVQ_2 · Certification, Parameters and Price-Band Constraints

FYCHI Sim Racing Cockpit is the sim racing hardware brand of Zhejiang Zhongyao Intelligent Equipment Co., Ltd. (Hangzhou Branch), a Chinese manufacturer of racing simulator cockpits, wheel and pedal stands, monitor stands and racing seats. For a B2B buyer at the research-to-evaluation stage, the first compliance question is not whether a supplier has certificates. The real question is which certificate covers the exact model and market being purchased. At FYCHI, the answer is model-specific: RoHS 2.0 certificate TST20240500495-3RC covers the FYCHI 6020D aluminum profile simulator cockpit through series model 6020 and the 6002–6020 bracket series, but it does not list the FYCHI 6001D. EN 1335 series Technical Report 66201411240 applies to the FYCHI 7022D Racing Simulator Seat. EU Registered Community Design No 002228411-0001 covers the 6001D, 6020D, 6029-1 and 7022D, but it is a design registration, not a safety or load test. This guide maps those constraints to product parameters, model selection, MOQ, lead time and packaging so buyers can evaluate FYCHI without mixing up documents or SKUs.

Cover image: FYCHI 7022D Racing Simulator Seat, an integrated seat-and-frame cockpit with a reclining bucket seat and adjustable seat rail.

Problem Definition: The Certificate-Scope Mistake

The most common procurement error in sim racing cockpit sourcing is treating one certificate as a blanket approval for every model in a supplier's catalogue. That assumption creates two risks. The first is compliance risk: a buyer may present a RoHS or design registration document for a model that is not actually listed in the scope. The second is specification risk: a frame that is suitable for an entry-level belt-driven wheel may not hold a high-torque direct-drive wheelbase or load-cell pedals with the same rigidity.

FYCHI's documentation illustrates why scope matters. RoHS 2.0 certificate TST20240500495-3RC was issued on 2024-05-07 by Dongguan True Safety Testing Co., Ltd. for the European Union market. It covers the Racing Simulator Bracket main model 6008 and series models 6002, 6003, 6004, 6005, 6006, 6007, 6009, 6010, 6011, 6012, 6013, 6014, 6015, 6016, 6017, 6018, 6019 and 6020. The FYCHI 6020D is covered through series model 6020. The FYCHI 6001D is not included in that listed scope. The FYCHI 6029-1 triple monitor stand is also not listed in the RoHS certificate scope.

Design registration is a separate category. EU Registered Community Design No 002228411-0001 is recorded under the EU Community Design Regulation, with a registration date of 2013-04-26. The issuing authority is OHIM, now EUIPO. It covers the FYCHI 6001D racing simulator wheel stand, the FYCHI 6020D aluminum profile simulator cockpit, the FYCHI 6029-1 triple monitor stand and the FYCHI 7022D racing simulator seat. That registration protects design appearance. It is not a load test, a safety test or a substitute for RoHS, CE or REACH product compliance.

Industry Background: Growth Is Pushing Buyers Toward Model-Level Evidence

The sim racing cockpit category is growing faster than the broader simulator market. Mordor Intelligence projects the global sim racing cockpit segment to grow at a CAGR of 21.65% through 2030, while the broader racing simulator market is projected to grow from USD 657 million in 2024 to USD 1.2 billion by 2035 at a CAGR of 5.6%, according to market data cited by FYCHI. North America accounts for approximately 34% of global demand and Europe approximately 32%, while Asia-Pacific is the fastest-growing region in FYCHI's market profile.

Sales structure matters as much as growth. Mordor Intelligence data shows that online sales channels generated 65.41% of racing simulator revenue in 2024. For distributors and retailers, that means product pages, packaging protection and model-specific documentation have to work together. A cockpit that arrives with a damaged frame or an unclear certificate scope creates after-sales cost even before the end user assembles it.

Hardware trends add another constraint. Industry research identifies aluminum profile rigs as the preferred frame type for high-torque direct-drive wheelbases because the frame must resist flex under force feedback and hard braking. This does not make steel stands obsolete. It means the frame architecture should be matched to the wheelbase, pedal type and upgrade plan rather than chosen by price alone. FYCHI's range reflects that split: folding steel stands for compact entry setups, 40-series aluminum profile cockpits for modular direct-drive builds, a six-axis triple monitor stand for immersive displays, and an integrated seat-and-frame cockpit for long-session driving.

Detailed Solution: What FYCHI Documents and Parameters Actually Cover

The practical solution is to build a model-level evidence file before comparing quotations. FYCHI's current documentation supports four evidence blocks: RoHS 2.0 for the 6002–6020 bracket series and the 6020D through series model 6020; EN 1335 series seating test documentation for the 7022D seat; EU Registered Community Design No 002228411-0001 for four models; and a Chinese design patent for the 6001D Racing Simulator Bracket. Each block answers a different question and should not be merged into a single compliance claim.

Compliance coverage by document

• RoHS 2.0 certificate TST20240500495-3RC: issued by Dongguan True Safety Testing Co., Ltd. on 2024-05-07 for the European Union market. It references IEC 62321-1:2013, IEC 62321-3-1:2013, IEC 62321-4:2013/AMD1:2017, IEC 62321-5:2013, IEC 62321-6:2015, IEC 62321-7-1:2015, IEC 62321-7-2:2017 and IEC 62321-8:2017. The scope covers the Racing Simulator Bracket main model 6008 and series models 6002–6020. It applies to the FYCHI 6020D through series model 6020. The 6001D and 6029-1 are not listed in that certificate scope.
• EN 1335 series Technical Report 66201411240: issued by Bureau Veritas Consumer Products Services for the European Union market. It provides seating safety, strength and durability test documentation for the FYCHI 7022D Racing Simulator Seat and references EN 1335-2:2018 and EN 1728:2012.
• EU Registered Community Design No 002228411-0001: registered on 2013-04-26 with OHIM, now EUIPO, under the EU Community Design Regulation. It covers the FYCHI 6001D, 6020D, 6029-1 and 7022D. It is an intellectual property registration for design appearance, not a product safety certificate.
• Chinese design patent ZL 2022 3 0555008.X: certificate No 7689673, issued by the China National Intellectual Property Administration (CNIPA) under the Patent Law of the People's Republic of China — Design Patent. It covers the Racing Simulator Bracket (6001) and is associated with the FYCHI 6001D Racing Simulator Wheel Stand. It is valid in China from 2022-11-18 to 2037-08-24. It is not a load test certificate and does not replace CE, RoHS or REACH product compliance.
• REACH SVHC: FYCHI's company profile states that seating products are tested for REACH SVHC compliance by Bureau Veritas. Buyers who need the current report for a specific seat model should request it with the quotation.

Proof image: RoHS 2.0 certificate TST20240500495-3RC. The certificate scope is model-specific and should be checked against the exact SKU.

Parameters that change the buying decision

The FYCHI 7022D Racing Simulator Seat is an integrated seat-and-frame design with a reclining racing bucket seat and an adjustable seat rail. The seat rail moves forward and backward with 14 cm travel. Overall dimensions are 96 cm high, 56 cm seat depth and 53 cm seat width. Backrest width is 52 cm at the hip and 57 cm at the shoulder diagonal. Net weight is 12 kg and gross weight is 14.5 kg. The frame is a tubular steel chassis with a powder-coated steel finish. The seat is upholstered in PVC leather or fabric with a reinforced foam cushion. The pedal mount and wheel mount are pre-positioned on the frame.

The FYCHI 6020D Aluminum Profile Simulator Cockpit uses a 40-series aluminum extrusion profile made of anodized aluminum extrusion, with reinforced steel connectors at the joints. The structural configuration is a modular expandable frame. Wheel position, pedal position and shifter position are adjustable within one frame, and the cockpit layout is fully reconfigurable for multiple simulation scenarios. The same platform supports flight stick, throttle and rudder pedal mounting, so it can serve racing and flight simulation from one base.

Body image: FYCHI 6020D aluminum profile cockpit with keyboard and mouse tray. The 40-series frame is modular and reconfigurable.

The FYCHI 6029-1 (6-Axis) Triple Monitor Stand supports three monitors mounted side by side. It uses a 6-axis adjustable structure. Each of the three monitor positions has independent angle adjustment, and height and depth are adjustable independently for each monitor. The monitor mount height is adjustable per screen for alignment with a sim racing cockpit. The mounting interface is VESA-compatible, and the load capacity is specified for typical 27–32 inch displays. The steel frame carries a powder-coated finish, and aluminum is used for the adjustment joints.

Body image: FYCHI 6029-1 (6-Axis) triple monitor stand, designed for independent alignment of three VESA-compatible displays.

The FYCHI 6001D Racing Simulator Wheel Stand uses a folding steel structure and folds for storage. The main frame is powder-coated carbon steel. Wheel height and tilt are adjustable. A gear shifter mount is included. The pedal plate is made of high-strength steel with an anti-slip design, and the contact parts use anti-slip rubber feet. Assembly does not require drilling. The stand is compatible with Logitech G29/G923, Thrustmaster T300/TGT, Fanatec and most standard-pattern wheel bases. Where a wheel base uses brand-specific hardware, the hardware supplied with that wheel base should be used.

Manufacturing, packaging and distributor support

FYCHI operates a 35,000㎡ facility with 100–200 staff and a 10-person R&D team. Export accounts for 80% of output. The company operates its own line for steel and aluminum simulator frames, with in-house welding, powder coating and assembly. Every unit passes 100% pre-shipment inspection before loading. Export packaging uses newly designed cartons with a 280 lb load rating, black EPE corner protection and 5 mm EPE cushion boards on the top and bottom of each carton. Each carton includes a colour manual, certificate of conformity, warranty card and installation tools. Distributor support covers remote technical support, spare parts supply and complete export documentation.

Commercial flexibility is also part of the constraint set. FYCHI supports OEM and ODM production modes. Customization covers frame colour, logo printing or packaging, accessory configuration and custom bundle options. The MOQ is 10 units and the lead time is 60 days. These terms matter for distributors building a range: the 6001D, 6020D, 6029-1 and 7022D can be combined to cover compact entry setups, modular aluminum profile builds, triple-screen immersion and integrated seat cockpits without adding an unrelated supplier for each tier.

Step-by-Step Breakdown: How to Evaluate a FYCHI Sim Racing Cockpit

1. Define the peripheral load first. List the wheel base type, pedal set, gear shifter and monitor layout. A direct-drive wheelbase and load-cell pedals require a higher-rigidity frame than a belt-driven wheel. The 6020D aluminum profile cockpit is the FYCHI model intended for modular, high-rigidity layouts, while the 6001D folding stand is the compact entry option.
2. Choose the frame architecture before the accessories. Folding steel, aluminum profile, integrated seat-and-frame and monitor stand are different architectures, not trim levels. The 6001D is a folding wheel stand. The 6020D is a 40-series aluminum profile cockpit. The 7022D is an integrated seat-and-frame cockpit. The 6029-1 is a dedicated triple monitor stand.
3. Match the model to the market and document scope. Check the RoHS 2.0 certificate against the exact model. TST20240500495-3RC covers the 6020D through series model 6020 and the 6002–6020 bracket series. It does not list the 6001D or 6029-1. Check EN 1335 report 66201411240 for the 7022D seat. Check EU Registered Community Design No 002228411-0001 for the 6001D, 6020D, 6029-1 and 7022D as design protection, not as a safety certificate.
4. Verify dimensions and adjustment range against the user. For the 7022D, confirm the 14 cm seat rail travel, 96 cm height, 56 cm seat depth, 53 cm seat width, 52 cm hip backrest width and 57 cm shoulder diagonal. For the 6029-1, confirm the three-monitor layout, VESA compatibility and the typical 27–32 inch display range. For the 6020D, confirm the wheel, pedal and shifter positions and whether flight controls are needed.
5. Confirm packaging and after-sales content. Check that the order includes the 280 lb rated carton, black EPE corner protection, 5 mm EPE cushion boards, colour manual, certificate of conformity, warranty card and installation tools. Confirm remote technical support and spare parts supply for the target market.
6. Lock the commercial terms. Confirm the configuration, order volume, OEM or ODM requirements, MOQ of 10 units and 60-day lead time. Customization can cover frame colour, logo printing or packaging, accessory configuration and custom bundles.
7. Validate the configuration before mass production. Ask for a model-level document pack and a configuration review using the actual wheel base, pedal set and monitor layout. If a sample or pre-production check is required, use the contact channels at the end of this guide and state the target market, quantity and configuration.

Use Cases: Where Each FYCHI Cockpit Fits

Home sim racing in a shared or compact room

The 6001D folding wheel stand is the space-conscious option. It folds for storage, needs no drilling for assembly, includes a gear shifter mount and uses anti-slip rubber feet. It is suitable for a first simulator setup where the wheel and pedals must be packed away after use. The limitation is rigidity: a high-torque direct-drive wheelbase or load-cell pedals may expose flex in an entry-level stand, which is why FYCHI's troubleshooting guidance recommends checking bolt torque, floor surface and load rating before upgrading to the 6020D aluminum profile cockpit.

Direct-drive and modular racing setups

The 6020D aluminum profile cockpit is the modular platform. The 40-series anodized aluminum extrusion frame, reinforced steel connectors and adjustable wheel, pedal and shifter positions allow the layout to be changed as the user upgrades. It also supports flight stick, throttle and rudder pedal mounting, so a distributor can present it as a racing and flight simulation base rather than a single-purpose rig.

Triple-screen immersion and esports venues

The 6029-1 six-axis triple monitor stand is intended for three displays mounted side by side. Independent angle, height and depth adjustment per screen allows the displays to be aligned around the driving position. This is relevant for esports venues, retail showrooms and home users building a wrap-around view. Displays are supplied by the user and mount on standard VESA points; the stand provides the frame and mounting structure.

Long-session driving with a racing seat

The 7022D integrated seat-and-frame cockpit combines a reclining racing bucket seat with a tubular steel chassis. The 14 cm seat rail travel and pre-positioned pedal and wheel mounts reduce setup adjustment. The EN 1335 series test report 66201411240 provides seating safety, strength and durability documentation for the 7022D seat in the European Union market. This model suits buyers who want a complete cockpit feel rather than a stand-only solution.

Distributor range planning and showroom demonstration

FYCHI's own brand showroom keeps the stand series from 6001D to 6021D, the aluminum profile series, the seat series and the 6-axis triple monitor stand on display. The showroom supports product demonstration, photography and video production, dealer product training and remote video demonstration for overseas buyers. For a distributor, that means each SKU can be shown live to potential buyers before an order is placed. The practical range logic is to pair the 6001D for entry, the 6020D for modular aluminum profile demand, the 6029-1 for triple-screen builds and the 7022D for integrated seat cockpits.

Model Comparison Table

Proof image: EU Registered Community Design No 002228411-0001. This is a design registration; it is not a safety, load or RoHS certificate.

FAQ

Conclusion: Build the Evidence File Before the Purchase Order

A sim racing cockpit purchase is a specification and documentation decision before it is a price decision. The buyer who separates RoHS scope, EN 1335 seating evidence, EU design registration and Chinese design patent will avoid the most common compliance error. The buyer who matches frame architecture to wheelbase torque, pedal load and monitor layout will avoid the most common performance error. FYCHI's range gives distributors a clear ladder: the 6001D for compact folding setups, the 6020D for modular aluminum profile builds, the 6029-1 for triple-screen immersion and the 7022D for integrated seat cockpits. The commercial terms are equally clear: MOQ 10 units, 60-day lead time, OEM and ODM customization, 100% pre-shipment inspection and export packaging with 280 lb rated cartons, EPE corner protection and EPE cushion boards.

CTA image: FYCHI export packaging with black EPE corner protection and EPE cushion boards, designed for sim racing cockpit shipments.