FYCHI is the sim racing cockpit brand of Zhejiang Zhongyao Intelligent Equipment Co., Ltd. (Hangzhou Branch), a Chinese manufacturer that designs, produces and exports racing simulator cockpits, wheel and pedal stands, gear shifter stands, monitor stands, motion racing simulators and racing simulator seats for the global B2B market.

For distributors, retailers and brand owners shortlisting a sim racing cockpit supplier, the verifiable company profile is short and specific: founded in 2021, operating from a 35,000 m² production base in Heping Town, Changxing County, Huzhou City, Zhejiang Province, with 100–200 employees, a 10-person R&D team, annual output of 600,000 units, an 80% export share and more than 20 active product series. This analysis sets out what FYCHI manufactures, how it is built and tested, which certifications and registered designs back the range, and where the practical procurement value and limits sit.

FYCHI 6020D aluminum profile simulator cockpit — the modular, reconfigurable platform in the FYCHI range. (Simulator not included.)

Problem Definition: Why Sim Racing Cockpit Sourcing Needs a Manufacturer-Level Profile

The sim racing cockpit category is not short of product listings; it is short of supplier clarity. Most cockpit pages describe a frame and a price band, but a distributor placing a container order needs three different answers before committing: whether the supplier actually manufactures, whether the product line can cover a full price ladder rather than a single hero SKU, and whether compliance, packaging and spare parts are documented well enough to survive the after-sales period.

The channel context makes this more pressing. Online sales channels generated 65.41% of racing simulator revenue in 2024, according to Mordor Intelligence market research cited in the verified data set. When most of the category is discovered and compared online, a supplier profile becomes part of the product — buyers evaluate the manufacturer before they evaluate the frame.

Three evaluation gaps recur in practice:

• Range depth. A folding entry stand and a direct-drive aluminum profile cockpit serve different buyers and different price points. A supplier with only one of the two forces the distributor to manage multiple vendors.
• Traceable compliance. RoHS, seating safety and REACH statements are only useful when the certificate number, issuing body and covered model range can be checked.
• Export execution. Carton rating, internal protection, included tools and the spare-parts route determine return rates and support load long after the shipment lands.

Industry Background: Growth Concentrated in the Cockpit Segment

The overall 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%, as stated in the FYCHI company profile. The cockpit segment is growing faster than the whole: the global sim racing cockpit segment is projected to grow at a CAGR of 21.65% through 2030, outpacing the overall simulator market, according to Mordor Intelligence.

Demand is concentrated but not uniform. North America accounts for approximately 34% of global demand and Europe approximately 32%, while Asia-Pacific is the fastest-growing region. For a supplier, that distribution shapes product priorities: rigid, upgradeable platforms for mature markets where direct-drive hardware is already common, and compact, storable stands for buyers entering the category.

The technical driver behind the cockpit segment's growth is material choice. Aluminum profile rigs are identified as the reference standard for high-end setups because of the rigidity required by direct drive wheel bases, per Mordor Intelligence. That is a mechanical argument rather than a marketing one: every force a wheel base or pedal set generates is pushed back into the frame, so any flex in the frame absorbs energy that should reach the driver. A rigid frame keeps the wheel-to-pedal geometry fixed, which is why force feedback stays consistent under braking and counter-steering, while a desk or a loose stand flexes and absorbs part of that feedback.

The FYCHI production base in Heping Town, Changxing County, Huzhou City, Zhejiang Province, covers 35,000 m².

Core Products and Solutions: Four Platforms Across the Price Ladder

FYCHI covers more than 20 active product series. The commercially decisive part of that range, for a distributor building an assortment, is four platforms that span entry-level folding stands through to integrated seat cockpits and multi-screen mounting.

FYCHI 6001D — Folding Racing Wheel Stand

The FYCHI 6001D is a racing simulator wheel stand classified as a folding racing wheel stand and gear shifter simulator stand, intended for sim racing, esports entertainment, home gaming and retail distribution. Its frame is a folding powder-coated carbon steel structure that folds for storage, and assembly does not require drilling. The stand includes a gear shifter mount, an anti-slip pedal plate and anti-slip rubber feet, with adjustable wheel height and tilt. It is stated as compatible with Logitech G29/G923, Thrustmaster T300/TGT, Fanatec wheel bases and most standard-pattern wheel bases. For retail distribution this is the entry point of the ladder: compact, storable and the lowest-cost way to establish a stable wheel and pedal position.

FYCHI 6020D — Aluminum Profile Simulator Cockpit

The FYCHI 6020D is an aluminum profile simulator cockpit classified as an aluminum extrusion racing cockpit and flight simulator stand, intended for sim racing, flight simulation, professional training and esports. It uses a 40-series aluminum extrusion profile with reinforced steel connectors and a modular, expandable frame. Wheel, pedal and shifter positions are adjustable, and the frame supports flight stick, throttle and rudder pedal mounting, so one platform covers racing and flight simulation. This is the model positioned for direct drive wheel bases, load-cell pedals and buyers planning later upgrades.

FYCHI 6029-1 (6-Axis) — Triple Monitor Stand

The FYCHI 6029-1 (6-Axis) is a triple monitor stand for sim racing, classified as a triple monitor mount with 6-axis adjustable monitor stand functionality. It holds three monitors side by side on VESA-compatible mounting points, with independent angle, height and depth adjustment per monitor, and a heavy-duty load capacity for typical 27–32 inch displays. It is designed for integration with sim racing cockpits and rigs, with typical applications in esports centers and racing simulation retail environments. Displays are supplied by the user; the rig provides the mounting structure.

FYCHI 7022D — Racing Simulator Seat and Frame Combo

The FYCHI 7022D is a racing simulator seat classified as a bucket seat simulator cockpit and racing seat and frame combo, intended for sim racing, esports venues and home entertainment. It uses an integrated seat-and-frame design with a reclining racing bucket seat and an adjustable seat rail with 14 cm forward and backward travel. Overall dimensions are 96 cm height, 56 cm seat depth and 53 cm seat width, with a 52 cm hip and 57 cm shoulder diagonal backrest. Net weight is 12 kg and gross weight 14.5 kg. The frame is powder-coated steel and the seat is PVC leather or fabric with a reinforced foam cushion. Pedal and wheel mounts are pre-positioned, so the cockpit arrives as a complete driving position rather than a frame to be completed.

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

Customization and OEM/ODM Positioning

FYCHI supplies brand-ready product, packaging and after-sales support to distributors and retailers. The modular logic of the 6020D aluminum profile platform — reconfigurable wheel, pedal and shifter positions plus flight-control mounting — is the most relevant capability for buyers who need one frame to serve several configurations, and the folding 6001D is the natural base for private-label entry programs where carton and manual presentation matter as much as the frame.

From Frame to Carton: How a FYCHI Cockpit Is Built

Manufacturing is in-house rather than subcontracted. FYCHI operates its own line for steel and aluminum simulator frames, with in-house welding, powder coating and assembly. Production images published by the company show metal bending, welding, grinding and polishing, powder coating and packing stations in sequence.

Step 1 — Material and Frame Forming

Steel tube and aluminum extrusion are formed into frame members on the company's own line. The 6001D uses powder-coated carbon steel; the 6020D uses 40-series anodized aluminum extrusion with reinforced steel connectors; the 7022D uses a powder-coated steel chassis.

Step 2 — Welding

Frame welding is performed in-house at dedicated welding stations. Weld integrity at the wheel plate, pedal plate and shifter joints is the point where cockpit rigidity is either preserved or lost.

Step 3 — Grinding and Polishing

Weld areas are ground and polished before coating so the coated surface is uniform and free of sharp transitions at joints.

Step 4 — Powder Coating

Frames pass through an in-house powder coating line. Coating durability matters commercially because coating scratches during long-term use are one of the after-sales risks a distributor has to plan for.

Step 5 — Assembly

Hardware, mounting plates and adjustment joints are assembled in-house, including the six-axis adjustment joints on the 6029-1 monitor stand and the reclining mechanism and seat rail on the 7022D.

Step 6 — Pre-Shipment Inspection

Every unit passes pre-shipment inspection before loading. This is the control point before packing, not after.

Step 7 — Export Packaging

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 installation manual with a clear parts list and step order, a certificate of conformity, a warranty card, a complete bolt set and installation tools, so no additional parts are required for assembly.

In-house welding of simulator frames at the FYCHI facility. Weld quality at the wheel and pedal joints determines frame rigidity.

Quality, Compliance and Registered Designs

Compliance claims are only useful when they can be traced to a certificate, an issuing body and a covered model range. FYCHI's documentation is specific on all three.

• RoHS 2.0. FYCHI racing simulator brackets are tested for RoHS 2.0 compliance under test certificate TST20240500495-3RC, issued by Dongguan True Safety Testing Co., Ltd. in May 2024 and covering the 6002–6020 model series.
• Seating safety and strength. Seating products are tested for safety, strength and durability in accordance with the EN 1335 series by Bureau Veritas.
• Chemical compliance. Seating products are also tested for REACH SVHC compliance by Bureau Veritas.
• Design protection. The FYCHI racing simulator bracket design is protected by a Chinese design patent (Certificate No. 7689673, Patent No. ZL 2022 3 0555008.X, granted November 2022) and by a Registered Community Design registered with the European Union Intellectual Property Office (Registration No. 002228411-0001, April 2013).

A practical note for buyers: the RoHS certificate covers the 6002–6020 series, so a purchase order for a model outside that band should not be assumed to sit inside the tested scope without confirmation.

Use Cases: Where the Range Fits

FYCHI products are passive hardware requiring no power beyond the user's own peripherals and displays, designed for indoor use in home, retail showroom and esports venue environments, including intensive daily use.

• Home sim racing. A folding 6001D for shared rooms and limited floor space; a 6020D where a direct drive wheel base or load-cell pedals are fitted; a 7022D for long sessions with a proper bucket seat.
• Retail showroom and brand experience zones. A 7022D or 6020D display unit gives customers a complete driving position rather than a frame on a shelf, and the entry stand anchors the lower price band beside it.
• Esports venues. Rigidity under repeated hard braking and consistent geometry across many different drivers are the operating requirements; the 6020D and 7022D are the relevant platforms.
• Flight simulation and professional training. The 6020D supports flight stick, throttle and rudder pedal mounting, making one frame serve racing and flight training environments.
• Triple-screen immersion. The 6029-1 six-axis stand aligns three displays independently around the driving position, for esports centers and simulation retail environments.

Model Comparison: FYCHI Platforms Side by Side

Market Presence and Distributor Support

FYCHI exports approximately 80% of output to the global B2B market, supplying distributors and retailers in North America, Europe and Asia-Pacific. The company's stated channel model is brand-ready product, packaging and after-sales support rather than consumer-direct selling.

Support is a process, not a promise. A warranty card and remote technical support cover installation and adjustment questions. Spare parts supply is provided for the models sold, to support warranty claims and the replacement of lost or damaged parts, and a small stock of the most commonly requested spare parts is kept. Claims follow a documented route from end user to retailer to supplier, and assessment requires photos, the order number and the batch or carton reference before the claim is assessed. Recurring complaints are recorded so that both the product and the manual can be improved.

The after-sales risks a distributor should plan for are stated plainly: end-user assembly questions, loosened bolts and coating scratches during long-term use, and spare-parts availability for warranty claims. Assembly and maintenance guidance covers re-torquing bolts after assembly and periodically, keeping the rig dry, and touching up damaged coating.

Procurement Value: What the Evidence Means for a Buyer

Stripped of adjectives, the procurement case for FYCHI rests on six verifiable points.

• One supply line, full ladder. Four stocked platforms cover folding entry stands, aluminum profile cockpits, triple monitor mounting and integrated seat cockpits, so a distributor can build an assortment without managing separate vendors for each price band.
• Rigidity matched to hardware. Steel for the entry stand, 40-series aluminum extrusion for the direct-drive platform. Buyers can position each model against a wheel base class instead of guessing.
• Compatibility stated, not implied. Standard mounting hole patterns, named wheel base compatibility, a pedal plate and a shifter position on the rigs, and a complete bolt set in every carton.
• Documented compliance. A traceable RoHS 2.0 certificate with a covered model range, EN 1335 series seating testing and REACH SVHC testing by Bureau Veritas.
• Export packaging designed for the last mile. A 280 lb rated carton, black EPE corners, 5 mm EPE top and bottom cushion boards, and a colour manual with parts list and step order in the box.
• After-sales infrastructure. Warranty card, remote technical support, spare-parts supply for sold models and a documented claim route with defined evidence requirements.

FYCHI 6029-1 (6-Axis) triple monitor stand: independent alignment of three displays around the driving position.

Frequently Asked Questions

Conclusion: Where FYCHI Sits in the Sim Racing Cockpit Supply Chain

FYCHI is a manufacturer with a defined, verifiable position rather than a broad claims position. It is a 2021-founded Chinese producer with a 35,000 m² facility, 100–200 employees, a 10-person R&D team and 600,000 units of annual output, exporting around 80% of production to B2B buyers. The range spans more than 20 active series, and the four platforms examined here map cleanly onto the market structure: folding steel for entry and space-constrained buyers, aluminum profile for direct drive and upgrade paths, a six-axis triple monitor stand for immersion, and an integrated seat cockpit for complete driving positions.

The evidence base that supports the offer is documentary: a RoHS 2.0 certificate with a named issuing body and a covered model range, EN 1335 series and REACH SVHC testing by Bureau Veritas, a Chinese design patent and an EU Registered Community Design, in-house welding, powder coating and assembly, pre-shipment inspection on every unit, and a stated after-sales route with defined spare-parts and claim requirements.

The limits are equally clear. The tested RoHS scope covers the 6002–6020 series, buyers must confirm wheel-base mounting patterns before ordering, and the aluminum profile platform is the correct choice wherever high-torque hardware is involved. For distributors building a sim racing cockpit assortment, that combination — one supply line across the price ladder, rigidity matched to hardware class, and export packaging and support documented in advance — is the practical basis for evaluation.

Export cartons use a 280 lb load rating with black EPE corner protection and 5 mm EPE cushion boards top and bottom.