A sim racing cockpit is rarely rejected because of how it looks. It is rejected because a certificate does not cover the model being shipped, because the frame flexes under a direct-drive wheel base, because the monitor stand cannot align three screens around the driving position, or because the carton does not survive an export lane. These are constraints — and every one of them can be checked before a purchase order is raised.

FYCHI 6020D aluminum profile simulator cockpit — a 40-series extrusion platform, shown with keyboard and mouse tray.

FYCHI is the sim racing hardware brand of Zhejiang Zhongyao Intelligent Equipment Co., Ltd., a manufacturer based in Heping Town, Changxing County, Huzhou City, Zhejiang Province, China, which designs, produces and exports racing simulator cockpits, wheel and pedal stands, monitor stands, motion racing simulators and racing seats for the global B2B market. Its catalogue carries four distinctly engineered cockpit platforms, and each one is documented against a different set of limits. This article maps those limits to the decisions distributors, retailers and specifiers actually have to make.

Problem Definition: Four Constraints That Decide Whether a Cockpit Ships Cleanly

Most sourcing conversations about sim racing rigs start with the frame and end with the price. That order is backwards for anyone shipping across a border or supporting a retail listing. In practice, four constraints determine whether a cockpit configuration can be sold, delivered and supported without correction.

1. Certificate scope that does not match the model number

A compliance certificate is valid for the models listed on it — not for a product family in general. This is the single most common documentation error in sim racing hardware. A buyer may hold a RoHS 2.0 certificate for a series and assume it covers every stand in the catalogue, when the listed scope may begin at one model and end at another. Verifying the model number against the certificate scope, rather than the brand name, is the first constraint check.

2. Frame rigidity that does not match the hardware

Every force a wheel base and pedal set generate is pushed back into the frame. If the frame flexes, part of that energy is absorbed by the structure instead of reaching the driver, so force feedback feels weaker and inconsistent, and the wheel-to-pedal geometry shifts under hard braking. An entry-level stand paired with a direct-drive wheel base or load-cell pedals is a specification mismatch, not a fault.

3. Mounting interfaces that do not match the peripherals

Wheel base hole patterns, pedal plate dimensions, shifter positions and monitor mounting interfaces all impose physical limits. A rig that fits a desk-mounted wheel base may not accept a larger direct-drive unit without play; a monitor stand that aligns two screens cannot be stretched to three without independent adjustment axes.

4. Packaging and documentation that do not match the export lane

Cockpits are heavy, angular metal assemblies. Carton strength, corner protection, cushioning and the presence of an installation manual, certificate of conformity, warranty card and tools determine whether a unit arrives sellable or arrives as a returns case.

Industry Background: Why the Constraint Set Has Tightened

The cockpit segment is growing faster than the simulator market it sits inside. According to Mordor Intelligence, the global sim racing cockpit segment is projected to grow at a CAGR of 21.65% through 2030, outpacing the overall simulator market. Demand is also concentrated online: online sales channels generated 65.41% of racing simulator revenue in 2024, again per Mordor Intelligence. Online-first distribution raises the cost of a constraint failure, because a mis-specified rig is discovered by the end customer rather than by a dealer on a showroom floor.

The material trend explains the rigidity pressure. Aluminum profile rigs are identified as the gold standard for high-end setups, because direct-drive wheelbases require the rigidity that profile-based chassis provide. As higher-torque hardware becomes more accessible, the frame becomes the component that limits or releases the rest of the setup — a point that connects market growth directly to chassis specification rather than to cosmetic design.

FYCHI operates inside that shift from a 35,000㎡ facility with 100–200 staff, a 10-person R&D team and more than 20 active product series, covering compact folding wheel and pedal stands through to modular aluminum-profile cockpits and complete racing seat cockpits. Capacity is 50,000 units per month, equivalent to 600,000 units per year, and roughly 80% of output is exported. North America accounts for approximately 34% of global demand and Europe approximately 32%, while Asia-Pacific is the fastest-growing region — which means a single cockpit platform is usually asked to satisfy several different compliance and logistics regimes at once.

Detailed Solution: How Four FYCHI Platforms Satisfy Different Constraint Sets

No single cockpit resolves every constraint. The FYCHI range is structured so that each platform answers a specific combination of rigidity, packaging, interface and documentation requirements.

FYCHI 6001D folding wheel stand — the space-and-budget constraint

The FYCHI 6001D Racing Simulator Wheel Stand uses a folding steel structure with a powder-coated carbon steel main frame, and it folds for storage. Assembly does not require drilling, which matters for retail customers who will not accept a kit that needs tools beyond the supplied set. 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. Compatibility covers Logitech G29/G923, Thrustmaster T300/TGT, Fanatec wheel bases and most standard-pattern wheel bases.

On documentation, this model carries a specific and frequently misunderstood position. The FYCHI 6001D is covered by a Chinese design patent for the Racing Simulator Bracket (6001), design patent number ZL 2022 3 0555008.X, certificate number 7689673, issued by the China National Intellectual Property Administration (CNIPA) and valid in China from 2022-11-18 to 2037-08-24. That patent is an intellectual property registration: it does not replace CE, RoHS or REACH product compliance certifications, and it is not a load test certificate for the stand. Model 6001D is also not included in the listed scope of the RoHS 2.0 certificate held for the bracket series, which runs from 6002 to 6020. What does cover it is Registered Community Design No 002228411-0001, registered on 2013-04-26 with OHIM, now EUIPO, under the EU Community Design Regulation. For a European retail listing, the correct supporting document for 6001D is the design registration, not a RoHS certificate for a neighbouring model.

FYCHI 6020D aluminum profile cockpit — the rigidity-and-reconfiguration constraint

The FYCHI 6020D Aluminum Profile Simulator Cockpit is built on a 40-series aluminum extrusion profile in anodized aluminum, with joints using reinforced steel connectors and a structural configuration described as a modular expandable frame. The wheel, pedal and shifter positions are adjustable within one frame, and the layout is fully reconfigurable for multiple simulation scenarios. It also supports flight stick, throttle and rudder pedal mounting, so the same platform can be reconfigured between racing and flight simulation.

This is the model that answers the direct-drive constraint. It is covered by RoHS 2.0 compliance through series model 6020 under certificate number TST20240500495-3RC, issued by Dongguan True Safety Testing Co., Ltd. on 2024-05-07 for the European Union market. The certificate references the IEC 62321 series for restriction of hazardous substances — 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 — and covers racing simulator brackets from main model 6008 through series models 6002 to 6020, including model 6020. It is also within the scope of Registered Community Design No 002228411-0001.

FYCHI 6029-1 (6-Axis) triple monitor stand — the screen-alignment constraint

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

The constraint this product removes is geometric rather than structural: on a fixed two-axis stand, three screens cannot be wrapped around a driving position without gaps or mismatched heights. Six independent axes allow each screen to be set in angle, height and depth. The FYCHI 6029-1 is within the scope of Registered Community Design No 002228411-0001.

FYCHI 6029-1 (6-Axis) triple monitor stand: three screens, independent angle, height and depth adjustment per screen.

FYCHI 7022D seat cockpit — the seating-compliance and dimensional constraint

The FYCHI 7022D Racing Simulator Seat is a bucket seat simulator cockpit with an integrated seat-and-frame design, a reclining racing bucket seat and an adjustable seat rail with 14 cm of forward and backward travel. 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 dimensional envelope is fixed and should be checked against room layout before ordering: 96 cm in height, 56 cm seat depth, 53 cm seat width, with a backrest width of 52 cm at the hip and 57 cm at the shoulder diagonal. Net weight is 12 kg and gross weight is 14.5 kg, so a single unit can be handled by one person at receiving and does not require freight handling equipment for retail replenishment.

Seating compliance is documented separately from frame compliance. The FYCHI 7022D is covered by Technical Report 66201411240 issued by Bureau Veritas Consumer Products Services, providing EN 1335 series test documentation for seating safety, strength and durability in the European Union market and referencing EN 1335-2:2018 and EN 1728:2012. Seating products are also tested for REACH SVHC compliance by Bureau Veritas. The 7022D falls within the scope of Registered Community Design No 002228411-0001.

FYCHI 7022D: integrated seat-and-frame cockpit, reclining bucket seat, 14 cm adjustable seat rail.

Step-by-Step Breakdown: Verifying a Sim Racing Cockpit Against Your Own Constraints

The sequence below converts the four constraint categories into a check that can be completed before an order is confirmed. It works for a single-unit evaluation and for a distributor range review.

In-house powder coating: FYCHI operates its own line for steel and aluminum simulator frames, with welding, coating and assembly under one roof.

Use Cases: Where Each Configuration Fits

• Distributor range building. Stocking the 6001D, 6020D, 6029-1 and 7022D covers the ladder from entry-level folding stands to modular aluminum cockpits and full seat cockpits, so a single supplier relationship serves several price bands and use cases. FYCHI supports this with a brand-owned showroom and content studio in which the complete stand series (6001D–6021D), aluminum profile series, seat series and 6-axis triple monitor stand are kept on display, allowing live product demonstration and remote video demonstration for overseas buyers before an order.
• Direct-drive upgrades. A driver moving to a direct-drive wheel base and load-cell pedals is moving to a rigidity requirement. At that point the 6020D aluminum profile cockpit is the appropriate platform, because the frame is the component that determines whether the upgraded hardware's force feedback reaches the driver consistently.
• Triple-screen immersion builds. Esports venues and enthusiast setups that need three aligned displays around the driving position use the 6029-1, where each screen has independent angle, height and depth adjustment and the mount height can be matched to the cockpit.
• Dual-use racing and flight simulation. The 6020D supports flight stick, throttle and rudder pedal mounting on the same modular frame, so a venue or a home user can reconfigure one platform rather than buy two separate structures.
• Retail display and showroom environments. Indoor use in home, retail showroom and esports venue environments, including intensive daily use, is the intended working condition across the range; anti-slip feet and anti-slip pedal plates address the safety requirement of stable footing.

Export packing: 280 lb rated cartons, black EPE corner protection and 5 mm EPE cushion boards top and bottom.

Comparison Table: Four FYCHI Platforms Against the Same Constraint Set

The table also shows where documentation must not be generalised. A buyer who needs RoHS 2.0 evidence for a European listing should specify the 6020D, because that is the model traceable to certificate TST20240500495-3RC. A buyer who needs EN 1335 series seating documentation should specify the 7022D. A buyer who needs a folding, storable stand should specify the 6001D and rely on the design patent and EU design registration, not on a certificate that does not list that model.

Frequently Asked Questions

Conclusion: Buy the Document and the Frame Together

A sim racing cockpit is a compliance artefact as much as it is a piece of hardware. The frame decides whether force feedback from a direct-drive wheel base reaches the driver without being absorbed as flex. The certificate decides whether a unit can be listed and cleared in a given market. The mounting geometry decides whether three screens can actually be wrapped around the driving position. The carton decides whether the unit arrives sellable.

FYCHI answers those constraints with four documented platforms rather than one compromised compromise: the 6001D for space and entry-level hardware, the 6020D for direct-drive rigidity and reconfiguration, the 6029-1 for three-screen alignment, and the 7022D for a seated driving position with EN 1335 series seating documentation. Pair the model to the constraint, quote the certificate by model number, and the specification conversation becomes short.

FYCHI 6001D folding racing wheel stand — the entry point of the range, with included gear shifter mount and anti-slip pedal plate.