MARK4 V3 Pro 15 Inch FPV Carbon Fiber Frame

692mm wheelbase, 8mm arms, 555g — the largest H-type in our lineup. 15-inch prop efficiency with 3mm side plates for operators who swap payloads and configurations between flights.

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Product Details

The MARK4 V3 Pro 15 inch carbon fiber frame — 692mm wheelbase, 555g, 15-inch props. This is the biggest frame in the MARK4 lineup, and it’s still lighter than the Ares 13-inch. That’s not a typo — the H-type layout at this scale is so carbon-efficient that you get 15-inch prop clearance and a payload bay bigger than some X-frames two prop sizes smaller. If you’ve been assuming that large frames have to be heavy, the MARK4 V3 Pro 15 inch carbon fiber frame changes the math.

H-Type Vertical Stack on the MARK4 V3 Pro 15 Inch Frame

The V3 Pro 15 inch shares the same arm thickness and side plate spec as the V3 Pro 13 inch — 8mm arms, 3.0mm side plates, 3.0mm bottom and middle plates. The difference is the span. Going from 565mm to 692mm wheelbase means 15-inch props spin with comfortable clearance, and the center stack has room for serious electronics: flight controller, companion computer, dual GPS modules, long-range radio, and a battery that actually lasts. The H-type vertical stack keeps everything in a straight line — FC on the bottom, companion board in the middle, radio on top. No lateral spreading, no cable spaghetti, no wasted space.

Why the MARK4 V3 Pro 15 Inch Over the Ares 15 Inch

Why would you pick this over the Ares 15-inch? Because not every 15-inch build needs to be a tank. The Ares 15-inch runs 10mm arms and a 4mm bottom plate in a Wide X layout — great for fixed industrial payloads where you bolt it together and never touch it again. But if you need to swap components between flights, adjust your stack for different missions, or just fit standard FPV parts without adapters, the H-type layout is simply more practical. The MARK4 V3 Pro 15 inch carbon fiber frame is built for operators who change configurations, not operators who set it and forget it.

At 555g, you’ve still got plenty of payload budget. A 6S 8000mAh Li-ion pack weighs about 450g. A typical long-range electronics suite adds another 150g. That puts you around 1.15kg AUW without payload — and 15-inch props on 4006 or 4010 motors will pull that with authority. You’re not building a racer. You’re building something that stays in the air for 40 minutes, carries real equipment, and comes back reliably.

Specifications

Specification Details
Model MARK4 V3 Pro 15 Inch
Dimensions 452 × 605 × 51.45mm
Wheelbase 692mm
Frame Weight 555g (frame only)
Frame Design H-Type
Arm Material 8mm 3K T300 carbon fiber
Bottom / Middle Plate 3.0mm 3K carbon fiber
Top Plate 2.0mm 3K carbon fiber
Side Plate 3.0mm 3K carbon fiber
Camera Side Plate 2.5mm 3K carbon fiber
Prop Size 15 inch
Motor Mount 16×16mm / 19×19mm
FC Mounting 20×20mm / 25.5×25.5mm / 30.5×30.5mm
Camera Mount 19mm / 20mm micro FPV camera

Package Includes

  • Full set of 3K carbon fiber plates (arms, bottom/middle/top plates, side plates, camera plates)
  • Aluminum standoffs
  • Stainless steel screws and hardware
  • Arm soft mounts (vibration damping)
  • Battery pad
  • Battery strap

Applications

  • Ultra-long-range FPV — 15-inch props on a 555g frame means 35–45 minute cruise times with 6S Li-ion. This is the frame for crossing distances that smaller builds can’t reach
  • Large equipment transport — 692mm wheelbase gives you payload bay space for delivery modules, relay stations, or inspection gear that won’t fit on 13-inch frames
  • Long-distance pipeline and corridor inspection — H-type stack fits companion computers for autonomous waypoint missions. 15-inch prop efficiency means fewer battery swaps per kilometer of coverage
  • Operators who prefer H-type over X-type — Vertical component stacking, front-to-back cable routing, easy arm swaps in the field. If you’ve been flying H-type and want to go bigger without switching layouts, this is it

Why Choose YTCarbon

  • Factory direct, no trading company. We press 3K T300 carbon fiber sheet from raw fiber, CNC cut every plate and arm, inspect every part — all in one facility. When you buy this MARK4 V3 Pro 15 inch carbon fiber frame, it comes from the people who made it
  • Consistent across reorders. Same CNC program, same carbon sheet spec, same deburr and chamfer process on every batch. Your 100th frame fits exactly like your 1st
  • No MOQ. One frame to test your build, a hundred for your fleet, a thousand for distribution. Same quality standard regardless of quantity
  • ISO 9001 certified. Independently audited quality system with Material Test Reports available for your compliance paperwork
  • Sample before volume. Get a frame at cost, build it, fly it, stress it. Then order with confidence based on your own test results

Certifications

Every frame we ship is backed by documented quality credentials. We hold ISO 9001 certification for our quality management system, and our carbon fiber materials carry RoHS and CE compliance — which matters if you’re reselling into the EU or supplying customers who need traceable documentation. Need a copy for your records? Just ask and we’ll send the PDF.

YTCarbon ISO 9001 RoHS CE certifications and quality management certificates

How We Manufacture Your Frame

A lot of frame sellers can’t tell you how their product gets made because they don’t make it — they buy it from a supplier who buys it from another supplier. We’re different. The process below shows what actually happens inside our facility: raw 3K T300 carbon fiber comes in, we lay it up and press it into sheet, then our CNC machines cut every plate and arm to spec. After machining, each part gets a visual and dimensional inspection before it goes into the package.

Carbon fiber drone frame manufacturing process from raw material to finished product flow chart

Frequently Asked Questions

+ Why choose the V3 Pro 15-inch H-type over the Ares 15-inch X-type?
Different design philosophy. The Ares is 825g with 10mm arms — built for fixed payloads that get bolted on and left alone. The MARK4 V3 Pro 15 inch carbon fiber frame is 555g with 8mm arms in an H-type layout for operators who swap configurations and service their own builds. Max rigidity = Ares. Flexibility and lower AUW = V3 Pro.
+ Are 8mm arms enough for 15-inch props?
Yes, because the H-type layout supports arms differently than X-type. In an H-frame, arms run straight through the center stack with built-in junction support. X-frames need 10mm because arms extend from separate points. The MARK4 V3 Pro 15 inch carbon fiber frame delivers comparable rigidity with less weight through geometry.
+ What’s the practical flight time with this frame?
With 6S 8000mAh Li-ion, 4006 motors, and 15-inch props, expect 35–45 minutes cruising. Add a camera or sensor and you’re still at 25–35 minutes. The 555g frame weight leaves plenty of battery budget. Some operators run dual 6S packs and report 50+ minutes with light payloads.
+ How does this compare to the V3 Pro 13-inch?
Same 8mm arms, 3.0mm plates. The MARK4 V3 Pro 15 inch carbon fiber frame gives 692mm wheelbase vs 565mm — 15-inch prop clearance and a larger payload bay for only 5g more (555g vs 550g). Choose 13-inch if your payload fits the smaller bay. Choose 15-inch for extra prop efficiency and bay space.
+ Can I mount 8S batteries on this frame?
Yes. The 3mm side plates and 8mm arms handle the weight. For 8S builds, pair 2808/2810 motors with 15-inch props. The H-type center stack has vertical space for larger packs. Make sure your ESCs are rated for 8S — the frame can take it even if your electronics can’t.

Need a 15 Inch Carbon Fiber Drone Frame?

The MARK4 V3 Pro 15 inch — 692mm wheelbase, just 555g, H-type efficiency with industrial-grade rigidity. Custom arm thickness, laser engraving, and OEM branding available.