Drones, aerospace, & automotive.无人机、航空航天与汽车
Carbon fiber drone airframes lead the segment — industrial UAVs, survey platforms, racing FPV, photography quads — followed by civil aerospace components (cabin interior, tooling, ground support equipment, hobby and experimental aircraft) and aftermarket automotive composites (body kits, splitters, interior trim, performance parts). We sit clear of the certification-heavy lanes — flight-critical primary structure, ITAR-controlled defence, DOT-regulated safety — and instead in the precision and aftermarket lanes where engineering matters more than paperwork. 碳纤维无人机机架领跑该板块——工业无人机、测绘平台、FPV穿越机、航拍四旋翼——其次是民用航空部件（客舱内饰、工装、地勤设备、爱好级与实验机），以及汽车后市场复合材料（车身套件、扰流板、内饰、高性能部件）。我们不涉及认证密集赛道——飞行关键主结构、ITAR管控国防、DOT监管安全——而专注于精密与后市场赛道，工程能力比纸面文件更重要。
Drone-led, precision-and-aftermarket framed.以无人机为主导，精密与售后并重
The largest single category we run in this industry mix is carbon fiber drone airframes — for industrial UAV, survey, inspection, racing, and photography platforms. Surrounding that core, we run civil aerospace work (cabin trim, tooling, GSE, hobby and experimental aircraft) and aftermarket automotive composites (body kits, splitters, interior trim, performance parts). All of it sits in lanes where engineering precision and material traceability matter — and where AS9100, ITAR, FMVSS, and DOT certification do not.
Carbon fiber, machined aluminium, integrated assembly — no certification overhead.碳纤维、机加铝合金、集成装配——无认证负担
Drones are the lead. Our composites workshops are set up around the kind of work drone OEMs need most — wrap-mandrel carbon arms, autoclave- cured monolithic body skins, compression-molded propellers and frame plates, hardpoint inserts bonded post-cure for clean motor mounts and payload attachments. Most programs go through assembly as well — motor mounting, ESC and flight-controller integration, firmware load and per-unit calibration in our EM stations. 无人机是主导。我们的复材车间围绕无人机OEM最常见的工作设置——心轴卷绕碳纤臂、热压罐固化整体机身蒙皮、模压成型桨叶与机架板、固化后粘接的硬点嵌件用于清晰的电机安装与负载挂载。大多数项目同时经过装配——电机安装、ESC与飞控集成、固件烧录与单机校准均在我们的机电工位完成。
Aerospace work in this category is intentionally narrow. We make aerospace-grade tooling (mandrels, layup tools, assembly fixtures, GSE), cabin interior decorative components, and parts for hobby and experimental aircraft programs — work that demands precision machining and traceable composites but does not require AS9100, NADCAP, or AS9102 FAI as standard. Where customers want FAI on this kind of work we provide it on request. 本类别的航空工作有意做窄。我们承接航空级工装（心轴、铺层工具、装配夹具、GSE）、客舱内饰装饰件、爱好级与实验机项目部件——要求精密加工与可追溯复材，但不以AS9100、NADCAP、AS9102 FAI为标准。客户如要求此类工作做FAI，我们按需提供。
Automotive work runs entirely on the aftermarket and performance side — carbon fiber body kits, splitters, side skirts, hoods, spoilers, diffusers, interior trim and dash panels, steering wheel inserts, racing-program structural composites. We sit clear of FMVSS-regulated structural and safety parts (chassis, airbags, seatbelts, brake systems) and DOT-regulated safety glazing. 汽车工作完全集中在后市场与高性能方向——碳纤维车身套件、扰流板、侧裙、引擎盖、尾翼、扩散器、内饰与仪表板、方向盘饰件、赛车项目结构复材。我们不涉及FMVSS监管的结构与安全件（底盘、安全气囊、安全带、制动系统）以及DOT监管的安全玻璃。
Composite-led, with machining close behind.复合材料为主，机加工紧随其后
Drone airframes, automotive body kits, and composite aerospace tooling all pull heavily on our composites workshops — autoclave cure, compression molding, mandrel-wrapped tubular construction. Machining handles hardpoints, motor mounts, and aluminium tooling. Assembly integrates drone electronics. Approximate mix below; varies by program. 无人机机架、汽车车身套件、复材航空工装都重度调用我们的复材车间——热压罐固化、模压成型、心轴卷绕管状结构。机加工承担硬点、电机安装座、铝制工装。装配集成无人机电子。下方比例为大致占比，按项目变化。
What these programs run on.这些项目依托的能力
Composite-heavy material universe — T700 and T800 carbon dominate; E-glass for radomes and antenna covers; aluminium for hardpoints and tooling; engineering plastics for cosmetic shells and decorative cabin parts. Material certifications and lot traceability provided per shipment. 复材主导的材料体系——T700与T800碳纤维为主；雷达罩与天线外壳用E玻纤；硬点与工装用铝；化妆性外壳与装饰性客舱件用工程塑料。每次出货提供材料证书与批次追溯。
The drone-industry workhorse carbon. Mid-modulus, high-strain. Wrap-mandrel for tubular arms, autoclave for monolithic body skins, compression for high-volume frame plates and props.
High-modulus, high-strength prepreg. Used for aerospace tooling that has to hold dimension under thermal cycling, premium drone airframes, and high-performance racing automotive composites.
Cosmetic 3K and 12K twill carbon weave for visible-fiber programs — drone bodies, body kits, interior trim, steering wheels, dash inserts. UV-cleared post-cure for colorfast outdoor service.
Unidirectional T700 / T800 prepreg used for stiffness-critical layup schedules — drone arms, structural reinforcement, racing automotive load paths.
Glass fiber for RF-transparent drone radomes, antenna covers, and sensor windows where carbon would block signal. Lower cost than carbon for non-structural applications.
Aramid prepreg used in hybrid layups for impact resistance — drone landing gear and crash-tolerant structures, automotive impact panels.
Closed-cell PMI structural foam for sandwich construction. Standard for survey-drone wing skins, drone fuselage panels, and racing automotive composite sandwich parts.
Aramid honeycomb for sandwich panels — aerospace tooling, cabin interior decorative panels, structural panels where stiffness-to-weight matters.
Standard epoxy resin system. General-purpose drone airframes, automotive aftermarket, hobby aerospace. Tg ~110°C — adequate for typical service conditions.
High-Tg epoxy. Aerospace tooling that has to stay dimensionally stable under heat, premium drone programs, racing automotive parts subject to engine-bay temps.
General-purpose machined aluminium for drone hardpoints, motor mounts, gimbal carriers, and cabin interior brackets. Anodizes cleanly. Welds well for aerospace tooling.
High-strength aluminium for drone structural inserts, racing automotive components, and aerospace fixturing where weight is the constraint.
30% glass-filled nylon. Drone shells, ESC and battery housings, automotive interior structural parts. Stiff enough to replace aluminium at lower cost and weight.
Injection-molded shells for cosmetic drone bodies, automotive interior trim, and decorative cabin components. Easily painted, hydrographic-printable, accepts pad printing.
UL 94 V-0 flammability-rated polyetherimide. Used for cabin interior decorative trim where flammability standards apply, even on non-flight-critical parts.
Material certification. Mill certs, prepreg lot certifications, and supplier traceability documentation provided per shipment. Suppliers include Toray (T700 / T800), Hexcel, Solvay, Mitsubishi Chemical for composites; standard distributors for aluminium and engineering plastics. Customer-specified alternates honoured by default.
Documentation, traceability, no certification overhead.文档、追溯，无需认证负担
We deliberately operate clear of the heaviest certification regimes — AS9100 flight-cert, ITAR, NADCAP-required special processes, FMVSS, DOT. What we do hold and operate consistently is below. Customers who want FAI, salt-spray validation, or first-article documentation get it; customers who don't need that overhead get faster cycle times and lower paperwork cost.
Active certification covering our full quality management system. Annual surveillance audit, three-year recertification cycle. The QMS foundation under everything else listed below.
We operate as a commercial supplier under EAR99 jurisdiction by default. Programs requiring ITAR / USML controls are routed elsewhere — we do not take on ITAR-controlled work, which keeps quote cycles fast and documentation overhead low for the commercial customers we serve.
Mill certs, prepreg lot certifications, AMS / ASTM compliance documentation, and lot-to-part traceability archived per program for life-of-program plus three years. Per-shipment certifications standard; per-part certifications on request.
AS9102-style first-article inspection available on request for customers whose programs require it — Form 1 / 2 / 3 with balloon-numbered drawing, dimensional inspection report, and process-capability study. Not a standard deliverable on every program, only where the customer specifies.
Salt-spray (ASTM B117), cross-hatch adhesion (ASTM D3359), pencil hardness (ASTM D3363), and ΔE color match validated per coated lot with witness coupons. Standard documentation pack on finish-critical drone bodies, body kits, and cabin trim.
RoHS (EU 2011/65/EU) and REACH (EC 1907/2006) compliance declarable per program — relevant for drone OEMs shipping into EU markets, automotive aftermarket programs with European retailers, and consumer-facing decorative aerospace work.
What we don't do. Programs requiring AS9100 flight-cert, NADCAP-accredited special processes in our direct scope, ITAR-controlled defence, FMVSS / DOT-regulated automotive safety, or new-aircraft certification primary structure are out of scope. We disclose this at first contact rather than discover it mid-quote.
A sampling of work across our facilities.我们设施作品取样
Anonymised summaries of aerospace programs currently or recently in production. Customer names, part numbers, and end-use platforms withheld under standing NDAs and ITAR controls — scope and characteristics representative of typical engagements. 当前或近期在产航空航天项目的匿名摘要。客户名称、零件编号、最终应用平台根据长期保密协议与 ITAR 管制保留——范围与特征代表典型合作类型。
Industrial UAV airframe · T700工业无人机机架 · T700
Quadcopter airframe for industrial inspection drone — central carbon-shell body with battery and electronics enclosures, four wrap-mandrel T700 carbon arms with bonded aluminium hardpoints, machined motor mounts, gimbal carrier underneath. Final assembly with motor torque-log, FW load, calibration, flight bench check.
Survey drone wing · T800 + Rohacell测绘无人机翼 · T800 + Rohacell
Fixed-wing survey UAV with T800 prepreg upper / lower skins over Rohacell foam core sandwich. Vacuum-bagged autoclave cure, phased-array NDT for void content, post-cure CNC trim and control-surface hinge bonding. Aircraft-grade composite construction, no flight cert.
Racing FPV · twill carbon frame竞速 FPV · 斜纹碳纤机架
High-volume racing-grade FPV quadcopter frame plates and arms, T700 twill cosmetic surface UV-cleared. Compression-molded for volume, autoclave for premium variants. Pad-printed brand graphics post-clearcoat.
Carbon body kit · twill aftermarket碳纤维车身套件 · 斜纹改装
Aftermarket performance body kit — front splitter, side skirts, rear diffuser, hood scoop. T700 twill cosmetic surface compression- molded for the flat panels, autoclave-cured for compound-curvature parts. UV-stable 2K clearcoat. Brand screen-printed pre-clear on select panels.
Carbon interior trim碳纤维内饰件
Aftermarket interior trim kit — dash panels, steering wheel inserts, console surround, gauge cluster bezel. Twill cosmetic surface, UV satin clear, fit-to-vehicle hand-finishing on edges. Premium consumer aftermarket program.
Layup mandrel · machined aluminium铺层芯轴 · 铝合金机加工
Composite layup mandrel for an aerospace tier-1 customer's autoclave program. 6061-T6 aluminium machined to tight surface profile and dimensional tolerance, hardcoat anodized for thermal cycling, drilled and tapped per customer's tooling spec. Aerospace tooling — not a flight part.
Representative programs.典型项目
Customer brand and program names withheld under standing NDAs. Photos shown represent the build envelope and cosmetic outcome typical of programs in this industry.客户品牌与项目名称受保密协议保护。所示图片代表该行业项目的典型制造范围与外观效果。
Sending us a drone, aerospace, or automotive program.把无人机、航空航天或汽车项目交给我们
Engagement is straightforward. Send a 3D file, a layup schedule or load case, the volume forecast, and a description of the cosmetic and finish intent. We come back with a manufacturability review, tooling proposal, cycle-time estimate, and an honest read on whether the program fits our scope. 合作流程很直接：发送 3D 文件、铺层方案或受力工况、产量预测、外观与表面处理意图说明。我们将返回可制造性评审、工装方案、节拍估算，以及一个坦诚的判断——这个项目是否适合我们。
Engineering review before quote.报价前工程评审
Composite-heavy programs benefit from a layup review before tooling concept lock — gate placement on compression-molded parts, mandrel design for tubular arms, hardpoint integration on autoclave parts. Most of the value we add upstream of the cure cycle is in telling the customer where the design will give them trouble in production before tools are cut.
Quote turn-around runs five to seven business days for new programs. First-article cycle two to three weeks for composite programs (includes layup verification, cure trace, and dimensional inspection). Production schedules typically held to ±2 days.
Have a drone, aerospace, or automotive program that needs precision composites or machining?有无人机、航空航天或汽车项目需要精密复合材料或机加工？
Send a 3D file, layup or load case, material preference, and finish intent. State EAR99 commercial as the default jurisdiction. A program engineer comes back with a manufacturability review, tooling proposal, cycle-time estimate, and a direct read on whether the program fits our scope — including what we'd recommend differently if the design is over- or under-engineered for production volume.