Products
Higher strength. Lower prices. Made in the USA.
Stop bolting together machined and cut parts. Arris molds them as one: stronger and lighter than titanium, at Asian laminate prices.*1

Arris vs Alternatives
Example Parts








Proof in the Product
Your part. Your choice of origin.
Every Arris part is available for purchase Made in the USA.*6
Send us the part you buy today.
Tell us what you’re buying today and we’ll price the Arris version. Free quote within 1 business day. Production volumes in 45 days.*2
Comparisons with machined metal, cut carbon laminate and other alternatives reflect Arris internal estimates and assessments of typical products, not independent test results.
*1 Price comparisons are internal Arris estimates for a representative drone part at production volume. Competitor prices are Arris estimates of typical market pricing, not quotes. Actual pricing depends on part geometry, volume, material and production region.
*2 Lead times are internal estimates of typical days from approved quote to first 1,000+ parts delivered, from non-China sources. Actual timing depends on part complexity, tooling and volume.
*3 Material properties are typical values from Arris internal testing, measured in the primary fiber direction. Aluminum 6061-T6 and titanium figures are published typical values. Finished-part performance depends on design and loading.
*4 Weight savings are for specific parts redesigned by Arris compared with the parts they replaced. Results vary by application.
*5 Tolerance reflects typical as-molded capability on representative parts, based on internal measurements. The cut-laminate figure is an Arris estimate of typical industry tolerance. Achievable tolerance depends on geometry.
*6 US and Taiwan production availability depends on the part, material and volume. Sourcing descriptions of competing products reflect Arris’s view of the current market.
*7 Molding uses material at final part shape. Machining removes most of a solid block; laminate cutting discards sheet offcuts and severs load-bearing fibers.