FlightScope X3C

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grid-template-columns: repeat(2, minmax(0, 1fr)); margin: 14px 0 24px; } .pshq-x3c__check { background: var(--pshq-white); border: 1px solid var(--pshq-border); border-radius: 10px; padding: 12px 14px; } .pshq-x3c__check::before { color: var(--pshq-blue); content: "✓"; font-weight: 900; margin-right: 8px; } .pshq-x3c__notice { background: #fffaf0; border: 1px solid #ead8ae; border-radius: 11px; color: #5b4a22; margin: 18px 0; padding: 15px 17px; } .pshq-x3c__buy { background: var(--pshq-navy); border-radius: 15px; color: #ffffff; margin-top: 26px; padding: 26px; } .pshq-x3c__buy h3 { color: #ffffff; font-size: 22px; margin-bottom: 11px; } .pshq-x3c__buy p, .pshq-x3c__buy li { color: #e2edf3; } @media (max-width: 720px) { .pshq-x3c__hero { padding: 22px; } .pshq-x3c__hero h2 { font-size: 24px; } .pshq-x3c__grid, .pshq-x3c__checklist { grid-template-columns: 1fr; } } Professional Full-Flight Launch Monitor and Golf Simulator ``` FlightScope X3C Carbon-Fiber Tracking Radar The FlightScope X3C is a professional-grade launch monitor and golf simulator built for teaching professionals, club fitters, competitive players, collegiate programs and commercial training environments. It combines full-flight 3D Doppler radar with synchronized high-speed image processing to measure more than 50 full-swing, chipping and putting parameters indoors and outdoors. According to FlightScope, the X3C is the world’s first golf tracking radar constructed with aerospace-grade carbon-fiber materials. Its full-tracking radar follows the golf ball from impact through landing during unrestricted outdoor use, while patented Fusion Tracking supports detailed ball and club analysis in limited-flight indoor environments. 50+ Data Parameters Full-Flight Outdoor Tracking Fusion Tracking Face Impact Location Included Environmental Optimizer 12 E6 Connect Courses Indoor and Outdoor Use ``` ProSimHQ Expert Insight ``` The X3C is designed for buyers who need more than simulated ball flight or a compact personal-practice monitor. Outdoors, its full-flight radar tracks the actual golf ball from impact through landing. Indoors, FlightScope’s Fusion Tracking combines radar and synchronized image processing to support detailed ball-flight, club-delivery, face-impact and short-game analysis. Its rear-positioned design is especially useful for teaching bays and simulator environments shared by right- and left-handed golfers because the radar normally remains behind the hitting area rather than being moved from one side of the ball to the other. Buyers should still verify that their indoor room provides the required radar depth and ball-flight distance. What We Like Most: The X3C combines full outdoor ball-flight tracking, advanced D-Plane club data, Face Impact Location, synchronized video, environmental modeling and professional short-game analysis in one portable platform. ``` Best For PGA and LPGA teaching professionals Professional club fitters and fitting studios Competitive golfers and elite player-development programs College, university and academy golf programs Commercial indoor golf and performance facilities Coaches who teach both indoors and outdoors Facilities serving right- and left-handed golfers ``` Important Setup Considerations Requires approximately 8–12 feet from the sensor to the tee for full swings Limited-flight indoor use requires approximately 8–13 feet of ball flight Aluminum stickers or compatible radar-enhanced balls are required indoors Face Impact Location requires adequate lighting around the hitting area A compatible iOS, Android or Windows device is required Simulation software requirements may exceed FS Golf requirements ``` Professional Performance Features Full-Flight 3D Doppler Radar ``` During unrestricted outdoor use, the X3C tracks the golf ball from impact through landing rather than relying solely on a short measured window and projected flight. This provides instructors, fitters and players with measured ball-flight feedback across the full trajectory. Full-flight tracking is particularly valuable when evaluating carry, curvature, apex, descent angle, lateral landing and total shot behavior under real-world range conditions. ``` Patented Fusion Tracking ``` FlightScope Fusion Tracking combines 3D Doppler radar with synchronized high-speed image processing. The two technologies work together to provide consistent ball and club measurements across indoor and outdoor training environments. This hybrid approach supports detailed club-delivery measurements, Face Impact Location and limited-flight performance analysis while preserving the outdoor capabilities of full radar tracking. ``` More Than 50 Data Parameters ``` The X3C provides an extensive dataset for full-swing, chipping and putting analysis. Available measurements include: Carry, roll and total distance Ball speed, club speed and smash factor Vertical and horizontal launch angle Spin rate and spin axis Apex height, flight time and lateral landing Angle of attack and spin loft Club path, face to path and face to target Vertical and horizontal swing plane Dynamic loft and low point Club speed and acceleration profiles Face Impact Location Advanced chipping and putting measurements ``` Face Impact Location and Heat Mapping ``` Face Impact Location is included with the X3C. It displays the vertical and lateral position of impact on the clubface and allows users to compare strike location with ball-flight, club-delivery and video data. Heat-map visualization can show strike tendencies across an entire session, helping golfers and instructors identify recurring heel, toe, high-face or low-face contact patterns. FlightScope recommends consistent lighting above 300 lux within approximately three feet of the hitting location for reliable Face Impact Location capture. ``` Environmental Optimizer ``` The Environmental Optimizer allows users to model how changing conditions may influence ball flight. Adjustable variables include altitude, air temperature, humidity, wind speed, wind direction and relative landing height. This is useful for tournament preparation, destination-golf planning, club fitting and understanding how identical launch conditions may produce different outcomes in different environments. ``` Video, Data and Lesson Recording ``` Compatible FlightScope applications can automatically record, clip and save swing video with selected data overlays. Instructors can draw lines and circles, record voice commentary and share lesson or fitting clips with students. FlightScope Multicam can synchronize the X3C internal camera with up to two compatible mobile-device cameras for multiple viewing angles on supported iOS devices. ``` Advanced Chipping and Putting Analysis ``` The X3C extends beyond full-swing analysis with dedicated chipping, pitching and putting measurements. Short-game data includes trajectory, speed, direction, roll behavior and D-Plane information for wedge shots. Putting measurements include launch speed, ball direction, total distance, roll speed, skid distance, bounce count, bounce distance and ball-speed profile information. ``` E6 Connect Golf Simulation ``` The X3C includes ownership of a 12-course E6 Connect package for compatible iOS and Windows PC devices. The included courses are: Pebble Beach Old Course at St Andrews Bethpage Black Bay Hill Harbour Town The Greenbrier The Belfry Banff Springs Panther Lake Wade Hampton Oslo Golf Club Aviara Additional E6 Connect content, third-party simulator software or subscriptions may be sold separately. ``` Choosing the Right FlightScope Choose X3C When You need professional full-flight outdoor tracking, more than 50 parameters, advanced short-game and putting analysis, Face Impact Location, environmental modeling and commercial teaching or fitting capabilities. Consider Mevo+ When You want a more affordable portable radar for personal practice, home simulation or instruction and do not require the X3C’s full professional feature set. Rear-Positioned Advantage The X3C normally remains behind the hitting area, making it easier for right- and left-handed golfers to alternate without moving the launch monitor. Room Planning Radar systems require adequate depth behind the ball and sufficient ball flight in front of the tee. Camera-based systems may be better suited to rooms with limited depth. Verified Technical Specifications Manufacturer FlightScope Official Product Name FlightScope X3C Manufacturer SKU / MPN X3C UPC / GTIN Not published by FlightScope; leave Shopify barcode field blank unless verified directly Tracking Technology 3D Doppler tracking radar with synchronized high-speed image processing FlightScope Technology Patented Fusion Tracking Tracking Type Full-flight outdoor radar tracking from impact through landing Data Parameters More than 50 full-swing, chipping and putting parameters Face Impact Location Included Environmental Optimizer Included Internal Camera Yes Automatic Leveling Yes, with deployable auto-leveling feet Dimensions 12 × 1 7/8 × 10 inches Weight 6 pounds, 10 ounces Battery Rechargeable lithium-polymer battery Published Battery Specification Up to approximately 6 hours; actual operating time may vary Connectivity Wi-Fi, USB and Ethernet connectivity Included Simulation 12-course E6 Connect package for compatible iOS and Windows PC devices Compatible Environments Indoor limited flight and unrestricted outdoor use Warranty 12-month manufacturer warranty, subject to FlightScope terms Space and Setup Requirements Limited-Flight Full Swing Approximately 8–12 feet from the sensor to the tee with approximately 8–13 feet of ball flight. Aluminum stickers are required. Outdoor Full Swing Approximately 8–12 feet from the sensor to the tee with unrestricted ball flight. Limited-Flight Chipping Approximately 5 feet from the sensor to the ball with approximately 8 feet of ball flight. Aluminum stickers are required. Outdoor Chipping Approximately 5 feet from the sensor to the ball with up to 50 yards of ball flight. Putting Approximately 5 feet from the sensor to the ball with up to 30 feet of ball travel. Indoor Spin Capture Use one FlightScope aluminum sticker facing the screen or a compatible radar-enhanced golf ball. Face Impact Lighting Maintain consistent lighting above approximately 300 lux within a 3-foot radius of the hitting location. Room-planning note: Published launch-monitor distances do not include the additional space required for a safe golf swing, golfer clearance, impact screen, enclosure depth, projector placement or protection from ricochet. Verify the complete room layout before purchasing. FS Golf Device Requirements iOS Requirements ``` Minimum: iOS 17 or newer iPad 8th generation or newer iPad mini 6th generation or newer iPad Air 5th generation or newer iPad Pro 4th generation or newer iPhone XR, XS, 11 or newer Recommended: iOS 18 iPad Pro 6th or 7th generation iPhone 15 Pro, 16 Pro or newer equivalent ``` Android Requirements ``` Minimum: Android 12 or newer Snapdragon 865, Exynos 990 or equivalent processor 8GB RAM Recommended: Android 12 or newer Snapdragon 8 Gen 1, Exynos 2200 or equivalent processor 12GB RAM or more ``` Windows FS Golf Requirements ``` Minimum: Windows 10 or 11, 64-bit Intel Core i3-13100, AMD Ryzen 5 5560 or better 8GB DDR4 RAM or more 128GB drive with at least 10GB free Recommended: Windows 10 or 11, 64-bit Intel Core i5-10210, AMD Ryzen 5 5600 or better 16GB DDR4 RAM or more Intel UHD Graphics, Radeon Graphics or better with DirectX 11 compatibility 256GB drive with at least 10GB free; solid-state drive recommended ``` E6 Connect PC Requirements ``` Windows 10 Intel Core i5 processor or better 8GB RAM or more NVIDIA GTX 1070 or equivalent dedicated graphics card DirectX 11 support At least 25GB of available storage Internet connection Simulation software can require substantially more graphics performance than the basic FS Golf application. Confirm the requirements for the exact software, resolution and projector configuration you plan to use. ``` What’s Included FlightScope X3C unit Power adapter USB cable Ethernet cable 100 aluminum ball stickers Protective carrying case 12-course E6 Connect license User manual Tape measure Frequently Asked Questions What makes the X3C different from a personal launch monitor? ``` The X3C is designed as a professional teaching, fitting and player- development platform. It provides full-flight outdoor radar tracking, more than 50 parameters, advanced chipping and putting analysis, Face Impact Location, environmental modeling and integrated video tools. ``` Does the X3C include Face Impact Location? ``` Yes. Face Impact Location is included with the X3C and provides lateral and vertical strike-location data, individual-shot views and session heat-map visualization. ``` Can right- and left-handed golfers use it without moving the radar? ``` In a properly configured room, yes. The X3C sits behind the hitting position, allowing right- and left-handed golfers to alternate without moving the launch monitor from one side of the ball to the other. ``` Are aluminum stickers required indoors? ``` Yes, for standard golf balls used in limited-flight indoor conditions. Apply one FlightScope aluminum sticker and orient it toward the screen. A compatible radar-enhanced ball may also be used where supported. ``` Does the X3C require a subscription? ``` The X3C’s included FlightScope features and 12-course E6 Connect package are supplied with the product. Optional third-party software, additional E6 content or premium services may require separate purchases or subscriptions. ``` Can the X3C connect to any third-party golf software? ``` Compatibility should be verified before purchase. FlightScope provides software access only to approved integrators, so a program should not be assumed compatible unless the software provider and FlightScope identify current X3C support. ``` How long does the battery last? ``` FlightScope’s detailed specification currently lists battery life of up to approximately six hours. Actual operating time can vary based on battery condition, temperature, connectivity, software use and operating settings. ``` Is the X3C suitable for commercial use? ``` Yes. Its professional data set, full-flight radar, video capabilities, fitting tools, short-game analysis and support for both right- and left-handed golfers make it well suited to teaching studios, fitting centers, academies and player-development facilities. ``` Why Buy the FlightScope X3C From ProSimHQ? ``` A professional launch monitor is only one part of a dependable golf training or simulator environment. ProSimHQ helps customers evaluate room dimensions, radar placement, hitting distance, computer requirements, display equipment, simulator software and the supporting components needed for a complete system. Knowledgeable pre-purchase product and compatibility guidance Commercial and residential simulator-planning assistance Support selecting compatible computers, displays and enclosure components Secure checkout and transparent fulfillment communication Ongoing assistance coordinating manufacturer support when needed Contact ProSimHQ before ordering if you need help confirming room requirements, software compatibility or the best launch-monitor solution for your facility. ``` Show more