Address
C-181, C Block, Sector-63, Noida, Gautam Budha Nagar, Uttar-Pradesh, 201301, India
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
Address
C-181, C Block, Sector-63, Noida, Gautam Budha Nagar, Uttar-Pradesh, 201301, India
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
Warranty: 2 Years
Original price was: ₹520,000.00.₹309,999.00Current price is: ₹309,999.00.
Welcome to A&S Creations, your trusted destination for high-quality astronomy equipment and advanced sky-watching tools. If you are searching for powerful optics and reliable performance, celestron telescopes are known worldwide for their innovation and precision. The 9.25″ Schmidt-Cassegrain telescope is designed for astronomy enthusiasts who want to explore planets, star clusters, nebulae, and distant galaxies with exceptional clarity.
This model is one of the most impressive celestron telescopes for both experienced observers and dedicated hobbyists. It features a premium Schmidt-Cassegrain optical design, which combines a compact structure with powerful viewing capability. With a large 235mm (9.25-inch) aperture, the telescope gathers significant amounts of light, allowing you to observe faint celestial objects that are invisible to the naked eye. The 2350mm focal length and f/10 focal ratio provide excellent image detail and balanced magnification for planetary as well as deep-sky observation.
One of the key advantages of this telescope is the advanced StarBright XLT optical coatings. These high-performance coatings increase light transmission through the optical system, producing brighter and more detailed images. Thanks to this technology, celestron telescopes are able to deliver sharp views of lunar craters, Saturn’s rings, Jupiter’s cloud bands, and distant galaxies. With light-gathering power over 1100 times greater than the human eye, observers can enjoy remarkable astronomical details.
The telescope is equipped with a fully computerized dual fork arm Altazimuth mount, which makes locating and tracking celestial objects extremely easy. This intelligent mount allows users to automatically find thousands of objects in the night sky. Once aligned, the mount keeps the telescope precisely tracking objects as the Earth rotates. Many astronomers prefer celestron telescopes because their computerized tracking systems simplify the observation process and improve accuracy.
For quick and accurate object location, the telescope includes a 9×50 finderscope. This accessory helps users align the telescope with their desired celestial target before viewing through the main optics. The included 40mm eyepiece provides comfortable magnification and wide-field viewing, making it easier to observe star clusters and other deep-sky objects.
Another important feature is the internal 16-channel GPS system, which automatically detects the telescope’s location, date, and time. This built-in GPS significantly simplifies the setup process, allowing observers to start their viewing session quickly. Many astronomers choose celestron telescopes because these smart technologies remove the complexity of manual alignment and calibration.
The telescope is supported by a newly designed heavy-duty tripod with 2-inch stainless steel legs, ensuring stability during observation. This strong tripod minimizes vibrations and provides steady viewing even at high magnification levels. The tripod also includes a convenient accessory tray for storing eyepieces and other observing tools during your stargazing sessions.
The system features an ergonomic design that allows users to move and set up the telescope comfortably. A convenient hand-control holder keeps the remote control easily accessible while observing. The backlit LCD display and illuminated buttons make it easy to operate the telescope in dark environments.
Overall, this powerful model represents the advanced engineering and innovation that define celestron telescopes. Whether you want to study planetary details, explore deep-sky objects, or enjoy stunning lunar views, this telescope provides the precision, durability, and performance needed for unforgettable astronomical experiences.
| Optical Tube Info: | |
|---|---|
| Optical Design: | Schmidt-Cassegrain |
| Aperture: | 235mm (9.25″) |
| Focal Length: | 2350mm (93″) |
| Focal Ratio: | f/10 |
| Focal Length of Eyepiece 1: | 40mm (1.57″) |
| Magnification of Eyepiece 1: | 59x |
| Finderscope: | 9×50 Finderscope with quick release bracket |
| Star Diagonal: | 1.25″ Star Diagonal |
| Optical Tube: | Aluminum |
| Highest Useful Magnification: | 555x |
| Lowest Useful Magnification: | 34x |
| Limiting Stellar Magnitude: | 14.4 |
| Resolution (Rayleigh): | 0.59 arc seconds |
| Resolution (Dawes): | 0.49 arc seconds |
| Light Gathering Power (Compared to human eye): | 1127x |
| Secondary Mirror Obstruction: | 85mm (3.35″) |
| Secondary Mirror Obstruction by Diameter: | 36% |
| Secondary Mirror Obstruction by Area: | 13% |
| Optical Coatings: | Starbright XLT |
| Optical Tube Length: | 559mm (22″) |
| Optical Tube Diameter: | 271.78mm (10.7″) |
| Optical Tube Weight: | 58 lbs (26.3 kg) with mount |
| Dovetail: | None |
| Mount Info: | |
| Mount Type: | Computerized Altitude-Azimuth Dual Fork Arm |
| Height adjustment range (includes mount and tripod): | 1397mm – 1778mm (55″ – 70″) |
| Tripod leg diameter: | 50.8mm (2″) Stainless Steel |
| Mount Head Weight: | 58 lbs (26.3 kg) with optical tube |
| Accessory Tray: | Yes |
| Tripod Weight: | 19 lbs (8.6 kg) |
| Slew Speed: | 9 slew speeds – max speed 5°/second |
| Tracking Rates: | Sidereal, Solar and Lunar |
| Tracking Modes: | Altazimuth, EQ North and EQ South |
| GPS: | Internal 16 channel |
| Dovetail Compatibility: | none |
| Number of Auxiliary ports: | 2 AUX Ports (Hand Control can use any of the AUX Ports) |
| Autoguide Port: | Yes |
| USB Port: | Yes, on hand control |
| Power Requirements: | 12 VDC-1.5A (Tip positive) |
| Motor Drive: | DC servo motors |
| Alignment Procedures: | Sky Align, Auto Two-Star Align, Two-Star Align, Solar System Align, EQ North Align and EQ South Align |
| Periodic Error Correction: | Yes |
| Computerized Hand Control: | 2 line x 18 character backlit Liquid Crystal Display, 19 LED backlit buttons, USB 2.0 Port for PC connection |
| NexStar+ Database: | 40,000+ objects, 100 user defined programmable objects. Enhanced information on over 200 objects |
| Software: | Celestron Starry Night Special Edition Software and SkyPortal App |
| Total Telescope Kit Weight: | 77 lbs ( 34.9 kg) |
| Included Items: | Optical tube Mount and Tripod Accessory Tray 40mm eyepiece 1.25″ Star Diagonal 50mm 9×50 Finderscope with Bracket Instruction Manual |
| Solar Warning |
|
| Mount Type: | Computerized Altitude-Azimuth Dual Fork Arm |
|---|---|
| Height adjustment range (includes mount and tripod): | 1397mm – 1778mm (55″ – 70″) |
| Tripod leg diameter: | 50.8mm (2″) Stainless Steel |
| Mount Head Weight: | 58 lbs (26.3 kg) with optical tube |
| Accessory Tray: | Yes |
| Tripod Weight: | 19 lbs (8.6 kg) |
| Slew Speed: | 9 slew speeds – max speed 5°/second |
| Tracking Rates: | Sidereal, Solar and Lunar |
| Tracking Modes: | Altazimuth, EQ North and EQ South |
| GPS: | Internal 16 channel |
| Dovetail Compatibility: | none |
| Number of Auxiliary ports: | 2 AUX Ports (Hand Control can use any of the AUX Ports) |
| Autoguide Port: | Yes |
| USB Port: | Yes, on hand control |
| Power Requirements: | 12 VDC-1.5A (Tip positive) |
| Motor Drive: | DC servo motors |
| Alignment Procedures: | Sky Align, Auto Two-Star Align, Two-Star Align, Solar System Align, EQ North Align and EQ South Align |
| Periodic Error Correction: | Yes |
| Computerized Hand Control: | 2 line x 18 character backlit Liquid Crystal Display, 19 LED backlit buttons, USB 2.0 Port for PC connection |
| NexStar+ Database: | 40,000+ objects, 100 user defined programmable objects. Enhanced information on over 200 objects |
| Software: | Celestron Starry Night Special Edition Software and SkyPortal App |
| Total Telescope Kit Weight: | 77 lbs ( 34.9 kg) |
| Included Items: | Optical tube Mount and Tripod Accessory Tray 40mm eyepiece 1.25″ Star Diagonal 50mm 9×50 Finderscope with Bracket Instruction Manual |
|
Answer: The CPC 9.25 is a favorite for astrophotographers because of its 9.25-inch aperture and dual fork arm mount. This mount provides maximum stability and significantly reduces vibrations during long-exposure shots. Additionally, the 9.25-inch optical tube has a unique focal ratio that many experts believe provides the best balance of contrast and light-gathering power for planetary imaging.
Answer: SkyAlign is Celestron’s easiest alignment method. You don’t need to know the names of the stars; you simply point the telescope at any three bright objects in the sky. Using its built-in internal GPS, the CPC 9.25 automatically determines its exact location, date, and time to create a highly accurate map of the night sky for precise “GoTo” tracking.
3. Can the CPC 9.25 be used for deep-sky observation in city limits?
Answer: Yes. While dark skies are ideal, the 2350mm focal length and large aperture of the CPC 9.25 allow it to “punch through” moderate light pollution. It excels at showing high-contrast details on Jupiter, Saturn, and the Moon, and it can resolve the cores of bright globular clusters and nebulae even from suburban backyards.
4. Is the Celestron CPC 9.25 portable enough for field trips?
Answer: Despite its professional power, the CPC 9.25 features an ergonomic design with large carrying handles on the fork arms. While it is a heavy-duty instrument (the telescope and mount weigh approximately 26 kg), it is designed to be broken down into two main components—the tube/mount and the tripod—making it manageable for one person to transport to remote dark-sky locations.
5. What is the difference between the CPC 9.25 and a standard Schmidt-Cassegrain?
Answer: The primary difference lies in the mount and stability. Standard models often use a single-arm mount, whereas the CPC 9.25 uses a Heavy-Duty Dual Fork Arm. This provides much better tracking accuracy and weight support for heavy cameras and accessories. Furthermore, the 9.25″ model specifically is known for having a slightly different primary mirror baffle than the 8″ or 11″ models, which many astronomers claim results in superior edge-of-field sharpness.
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