Swarovski TLS APO 23mm + DRX ATX / STX
Swarovski TLS APO 23mm + DRX ATX / STX
€585.00*
Available, delivery time: 2-5 days
The Swarovski TLS APO 23mm apochromatic telephoto lens system, when used in combination with the DRX, is the perfect solution for digiscoping at the highest level. This advanced system has been developed to connect your Swarovski telescopes (ATS, STS, ATM, STM and STR) to digital cameras or SLR cameras, enabling you to capture high-resolution photos and videos of nature and wildlife observations. With its apochromatic design, the TLS APO 23mm delivers exceptional colour and sharpness, whilst the DRX ensures a reliable connection between the camera and the telescope.
The 23mm apochromatic lens minimises chromatic aberrations and ensures precise colour reproduction, even at high magnifications. The system is ideal for birdwatching, nature photography and other applications where the highest image quality is required. The DRX module ensures that the camera sensor is optimally aligned and that no vignetting occurs, so your images remain clear and high-contrast even at maximum magnification.
The TLS APO 23mm and DRX Set is particularly suitable for digiscopers who wish to capture their observations on camera and who value ease of use, high quality and compatibility with various camera systems.
Key features:
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Apochromatic 23mm telephoto lens for excellent colour reproduction and minimised chromatic aberrations.
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DRX module ensures optimal camera alignment and minimises vignetting.
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Designed for Swarovski telescopes in the ATS, STS, ATM, STM and STR series.
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Enables digiscoping with digital cameras or SLR cameras.
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Ideal for high-resolution photos and videos at high magnifications.
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Perfect for birdwatching, nature photography and wildlife documentation.
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The system is compatible with APS-C/DX SLR cameras and other digital cameras (with T2 adapter rings for Canon, Nikon and Sony).
The Swarovski TLS APO 23mm + DRX system is the perfect choice for professionals and amateur photographers seeking outstanding image quality for nature observation.