Photrons high-speed cameras captures the impact of a driver connecting with a golf ball. This video sequence provides engineers with valuable insight into ways of improving both club and ball designs. These images are selected from an original recording made at 10,000 fps. ultima APX provides many powerful features not found in any other high-speed digital imaging system.Flexible 16 feet (5 meters) cables between camera headand the processor allows the > BENEFITS The mega-pixel Photron ultima APX ultima APX offers frame ratesup to 2,000 fps at full resolution and up to 120,000 fps at reduced resolutions. With interchangeable CMOS camera heads (10-bit monochrome, 30-bit color, or image intensified), and the ability to both setup and operate the camera without a computer, the system to beoperated in inaccessible and space confined locations. Both the camera head and processor have been designed for operation in high shock and vibration environments.As well as the High-G > 60 to 2,000 fps at full mega pixel image resolution and up to 120,000 fps at reduced resolutions to capture the fastest eventsGlobal electronic shuttering to 4ҵs Interchangeable camera heads for color,black and whiteand intensified imagingRecordings can be directly saved in various industrystandard formats including AVI,TIFF,PNG (10-bit),JPEG, BMP,or RAW Bayer (10-bit)Superior light sensitivity to other high-speed imaging systemsthrough the use of an advanced design CMOSsensor optimized for low noise and high dynamic rangeOptional hardware enables synchronized recording anddisplay of external digital or analogue data from load cells,transducers,etc. ultima APX , the APX family ofcameras includes the single unit ultima APX-RS , theimage intensified ultima APX-i2 , and the PC-based FASTCAM-X 1024 PCI ; all providing the same greatlight sensitivity, performance and reliability that Photron has become known for. > IRIG or GPS timing data recorded in real time on every frame not appended laterDual Speed Recording TM allows different framing rates tobe used within a single recording