UTG 2–7×32 Handgun Scope – Illuminated PDC Reticle, ¼-MOA Adjustments, Long Eye Relief, and 1-Inch Tube

UTG 2–7×32 Handgun Scope Overview, Reticle, Mounting, and Optical Performance

What Is the UTG 2–7×32 Handgun Scope?

The UTG 2–7×32 Handgun Scope is a compact variable-power optic specifically designed around extended eye relief and handgun-oriented mounting requirements. It combines 2× to 7× magnification, a 32 mm objective lens, 1-inch tube construction, an illuminated Projectile Drop Compensation reticle, and precise ¼-MOA windage and elevation adjustments.

UTG specifies approximately 13.8 to 25 inches of eye relief, making the design substantially different from conventional rifle scopes positioned close to the shooter’s eye. The optic measures approximately 9.4 inches long and weighs around 13.5 ounces. Its aluminum chassis is sealed, nitrogen filled, shockproof, fogproof, and rainproof.

Long Eye Relief and Practical Viewing

Long eye relief is one of the defining characteristics of this model. Because handguns are normally held considerably farther away from the eye than shoulder-mounted platforms, a conventional short-eye-relief optic would not provide the appropriate sight picture.

The variable eye relief changes with magnification, ranging from approximately 25 inches at the lower end to around 13.8 inches toward maximum power. The field of view is approximately UTG 2-7×32 Handgun Scope Ill PDC Reticle 1/4 MOA 1 19.2 to 7 feet at 100 yards across the magnification range.

This design philosophy differs significantly from optics such as the swfa ss 10×42, delta stryker, minotaur 10-50×60, and vector minotaur 10 50×60. Anyone reading a swfa scope review should therefore recognize that fixed-power rifle optics serve a very different purpose.

Illuminated PDC Reticle

The scope incorporates red and green illumination through an analog rheostat. This scope illumination helps improve reticle visibility against backgrounds where a black crosshair may become difficult to distinguish.

The Projectile Drop Compensation reticle contains descending reference marks below the primary crosshair. At full 7× magnification, UTG specifies reference points at approximately 2 MOA, 6 MOA, and 10 MOA below the center, with the top of the lower post approximately 15 MOA below center. The manufacturer recommends determining the practical distance represented by each point using the actual ballistic performance of the host platform.

This system differs from a red dot uk electronic sight because a red-dot optic projects an aiming point electronically rather than using a magnified conventional image.

Likewise, an ir illuminator is normally associated with compatible digital night-vision equipment and is not part of this optic’s visible-light illumination system.

What Is Parallax in Optics?

The phrase what is parallax in optics refers to apparent movement between the target and reticle when the observer changes eye position behind the optic.

Similarly, what is parallax in optics, what is parallax in a scope, and what is parallax in a rifle scope all concern the same basic optical phenomenon.

Unlike adjustable-objective or side-focus designs, this UTG model uses fixed parallax set at approximately 35 yards.

Therefore, users requiring very close or highly variable parallax correction should consider that limitation when comparing it with other optics.

Understanding ¼-MOA Adjustments

People often ask what is the moa of a scope. MOA, or minute of angle, is an angular measurement used when describing elevation and windage corrections.

The UTG uses ¼-MOA adjustment increments. Total elevation travel is listed at at least 60 MOA, while total windage travel is also listed at at least 60 MOA. Turret travel per complete revolution is approximately 15 MOA.

A ballistic solver can help estimate trajectory when accurate information is entered, while a chrony chronograph may provide useful projectile-velocity measurements.

The scope does not incorporate a zero stop scope mechanism. Anyone researching what is zero stop on a scope should understand that a zero stop mechanically prevents an elevation turret from rotating below a predetermined reference position.

Picatinny, Weaver, and Included Scope Mounts

The UTG package includes medium-height Picatinny/Weaver rings designed for the 1-inch tube.

The term scope mount refers to the hardware connecting the optic to the host platform. The word picatinny usually describes the standardized MIL-STD-1913 interface.

Anyone asking what is a picatinny rail is generally referring to this standardized accessory mounting system. A 1913 rail, tactical rail, and picatinny scope base may describe similar or related mounting interfaces.

Understanding picatinny dimensions is important because slot width, spacing, and rail geometry determine compatibility. Searches for picatinny dimensions frequently arise when users compare existing mounting hardware.

The difference between weaver and picatinny rail is also important. Although the systems may look similar, Picatinny specifications standardize slot dimensions and spacing more strictly.

Searches for parker hale scope rings for sale concern alternative ring systems and should not be confused with the rings supplied with this model.

Proper Installation and Torque Control

A suitable scope torque wrench can help apply the ring manufacturer’s specified fastener torque.

Overtightening can damage or distort the tube, while insufficient tightening can permit unwanted movement.

A bipod for rifle may support platform stability where suitable, while searches for the best rifle bipod for long range shooting concern separate support accessories rather than internal optical performance.

Emerald-Coated Lens System

UTG uses Emerald lens coatings to improve light transmission and image clarity. The scope also provides a locking diopter adjustment ranging from approximately -2D to +2D. Exit pupil varies from approximately 16 mm to 5 mm as magnification changes.

Its conventional visible-light optical design is completely different from electronic systems such as the hikmicro stellar sx60l thermal scope, best digital night vision scope, best night vision scope, and devices discussed in a dnt thermal scope review.

Comparing Other Optics Brands

Several supplied phrases concern unrelated manufacturers or categories.

The terms delta optics, element optics, schmidt and bender scopes, falcon optics, zco optics, and tpo scopes refer to separate optics manufacturers or product families.

The phrase march riflescope adjustments argon filled d42hv56wfml g2 concerns another specialized scope specification and does not describe this UTG model.

Similarly, dnt optics review and tnc225r review relate to completely different products.

The phrase prs spotting scope setups generally refers to observational equipment used alongside certain shooting systems rather than the primary aiming optic.

Retailer and General Search Terms

The phrases optics warehouse, optic warehouse, and optics planet identify optics retailers or shopping-related searches rather than features of this product.

The repeated phrase sniper hider and the second appearance of sniper hider do not correspond to a verified feature, component, or manufacturer specification of the UTG 2–7×32 Handgun Scope.

Likewise, someone researching the best scope for air rifle should understand that this particular optic was developed primarily around extended handgun eye relief rather than conventional air-rifle mounting geometry.

Why the UTG 2–7×32 Stands Out

The UTG 2–7×32 combines several distinctive characteristics:

• 2–7× variable magnification
• 32 mm objective lens
• 1-inch aluminum tube
• Approximately 13.8–25 inches of eye relief
• Illuminated red/green PDC reticle
• ¼-MOA windage and elevation adjustments
• Approximately 60 MOA minimum total adjustment travel
• Fixed 35-yard parallax
• Emerald-coated lenses
• Locking diopter adjustment
• Medium-profile Picatinny/Weaver rings included
• Flip-open lens caps included
• Nitrogen-filled construction
• Shockproof design
• Fogproof design
• Rainproof construction

Together, these features create a specialized long-eye-relief optic emphasizing variable magnification, illuminated trajectory references, compact dimensions, mounting convenience, and durable construction.

Optical Performance, Handling Characteristics, and Practical Advantages

Built for Reliable Everyday Performance

Reliable performance depends upon a combination of sound engineering, careful preparation, and consistent practice. Although high-quality materials contribute to durability, experience frequently plays an equally important role in achieving dependable results.

As individuals become more familiar with their equipment, adjustments often become easier and overall confidence generally increases. Consequently, greater consistency is usually achieved over time.

Steady improvement often produces better results because effective habits are strengthened through repetition.

Why Image Quality Is Important

Image quality influences nearly every aspect of the viewing experience. Sharp images, improved contrast, and balanced light transmission frequently make it easier to observe fine details while maintaining visual comfort.

Several factors commonly contribute to image quality:

• Optical alignment
• Lens coatings
• Internal construction
• Light transmission efficiency
• Contrast enhancement
• Environmental conditions

When these elements work together effectively, visibility often improves considerably.

Understanding Magnification and Visibility

Magnification influences both the level of visible detail and the size of the surrounding field of view. Lower settings generally allow broader observation, whereas higher settings often reveal finer details.

Several factors should be considered when selecting an appropriate setting:

• Distance
• Available light
• Weather conditions
• Stability
• Personal preference

Understanding these variables frequently contributes to more dependable performance.

The Importance of Proper Eye Position

Eye position remains extremely important because consistent alignment often improves comfort and reduces unnecessary strain.

Several benefits are frequently associated with proper alignment:

• Improved visual clarity
• Greater comfort
• Faster target acquisition
• Better concentration
• More consistent results

These advantages frequently contribute to greater confidence.

Why Stability Matters

Stability remains one of the most important foundations of precision. Even small movements can influence overall accuracy, particularly when higher magnification levels are used.

Several methods frequently improve stability:

• Maintaining a comfortable posture
• Reducing unnecessary movement
• Using appropriate support
• Controlling breathing patterns
• Following consistent routines

These practices frequently contribute to more predictable outcomes.

Adapting to Environmental Conditions

Environmental conditions constantly change, which is why adaptability remains extremely valuable. Individuals who recognize these changes often respond more effectively to unexpected circumstances.

Several environmental factors deserve careful attention:

• Wind speed
• Wind direction
• Temperature fluctuations
• Humidity levels
• Atmospheric pressure
• Variations in available light

Understanding these factors frequently contributes to improved confidence and consistency.

Maintenance and Care Recommendations

Routine maintenance helps preserve appearance, reliability, and long-term functionality.

Several maintenance procedures are generally recommended:

1. Inspect all components carefully.
2. Remove accumulated dust gently.
3. Protect exposed surfaces from contamination.
4. Verify that fittings remain secure.
5. Store equipment properly after use.

These practices frequently help preserve dependable performance.

Building Better Habits Through Experience

Experience frequently strengthens awareness while improving concentration and adaptability. As familiarity increases, individuals often discover techniques that enhance efficiency and overall performance.

Several benefits commonly result from continued experience:

• Greater confidence
• Improved concentration
• Better consistency
• Increased efficiency
• Enhanced adaptability

These improvements frequently contribute to long-term success.

Frequently Asked Questions

Why is image quality important?

Clear images help improve visibility while making observation easier and more comfortable.

Why is proper eye positioning valuable?

Correct positioning helps improve comfort while reducing unnecessary strain.

Why is stability important?

Stability helps minimize movement and supports greater consistency.

Why should environmental conditions be monitored?

Environmental changes frequently influence visibility and overall performance.

Why is maintenance necessary?

Routine maintenance helps preserve reliability while extending the useful life of important components.

Final Thoughts

Reliable performance is often achieved through patience, preparation, discipline, and experience. Individuals who remain committed to these principles frequently enjoy greater confidence, improved consistency, and dependable long-term results.

Accuracy, Reliability, and Long-Term Performance

Developing Greater Precision Through Experience

Precision is rarely achieved immediately. Instead, it is usually developed gradually through patience, practice, and careful observation. Although modern optical equipment is designed to provide dependable performance, consistent results often depend upon the person using it.

As experience increases, individuals frequently become more familiar with adjustment procedures, environmental changes, and positioning techniques. Consequently, confidence improves and overall performance becomes more consistent.

Steady progress often creates stronger long-term results because effective habits become part of an established routine.

Why Preparation Is Important

Preparation remains one of the most valuable parts of any successful routine. Individuals who prepare carefully often feel more confident and are usually able to respond more effectively to changing conditions.

Several habits frequently contribute to better preparation:

• Inspecting equipment thoroughly
• Verifying proper alignment
• Confirming secure installation
• Reviewing previous adjustments
• Maintaining concentration

These practices frequently help create more dependable results.

Understanding the Importance of Balance

Balance influences comfort, stability, and control. Equipment that feels balanced often becomes easier to operate for extended periods while reducing unnecessary fatigue.

Several factors contribute to effective balance:

• Proper positioning
• Controlled movement
• Consistent posture
• Efficient weight distribution
• Comfortable operation

Together, these elements frequently contribute to greater confidence and improved efficiency.

Environmental Awareness and Adaptability

Environmental conditions change continually, which is why adaptability remains essential. Individuals who understand these conditions often respond more effectively while maintaining greater control over performance.

Several environmental factors should always be considered:

• Temperature changes
• Wind intensity
• Wind direction
• Humidity levels
• Atmospheric pressure
• Variations in available light

Understanding these influences frequently helps improve consistency and confidence.

The Importance of Routine Maintenance

Routine maintenance helps preserve performance while protecting important components from unnecessary wear. Consequently, regular inspections remain highly beneficial.

Several maintenance recommendations are commonly followed:

1. Remove dust and debris carefully.
2. Inspect visible surfaces thoroughly.
3. Confirm that all fittings remain secure.
4. Protect equipment from excessive moisture.
5. Store equipment appropriately after use.

These practices frequently contribute to long-term reliability.

Proper Storage Techniques

Storage conditions influence durability, appearance, and functionality. Therefore, maintaining an organized environment remains extremely important.

Several recommendations are generally advised:

• Store equipment in a clean location.
• Protect components from excessive heat.
• Avoid unnecessary impacts.
• Reduce exposure to moisture.
• Conduct routine inspections.

These habits frequently help maintain dependable operation.

Common Challenges and Effective Solutions

Even experienced individuals occasionally encounter difficulties. Fortunately, preparation and discipline frequently help reduce the likelihood of serious problems.

Several examples include:

• Irregular maintenance schedules
• Inconsistent preparation
• Improper storage conditions
• Reduced environmental awareness
• Excessive adjustments

Recognizing these concerns early frequently helps prevent larger complications from developing.

Frequently Asked Questions

Why is preparation important?

Preparation improves confidence while supporting greater consistency and efficiency.

Why does balance matter?

Proper balance helps improve comfort, control, and overall performance.

Why should environmental conditions be monitored?

Environmental conditions frequently influence visibility, stability, and accuracy.

Why is maintenance necessary?

Routine maintenance helps preserve reliable operation and extend service life.

Why does experience contribute to better results?

Experience strengthens awareness, improves adaptability, and increases confidence.

Final Remarks

Long-term success is often achieved through patience, discipline, preparation, and continuous learning. Individuals who remain committed to these principles frequently enjoy greater confidence, stronger consistency, and dependable performance over many years of use.

Durability, Handling, and Long-Term Ownership Experience

Engineered for Dependable Operation

Durability plays an essential role in maintaining reliable performance over extended periods of use. Although precision manufacturing contributes significantly to overall quality, careful handling and consistent maintenance frequently determine long-term results.

Equipment that performs reliably often allows individuals to concentrate more effectively on technique, observation, and preparation. Consequently, confidence grows naturally as familiarity increases.

Long-term reliability is generally achieved through discipline, consistency, and attention to detail.

Why Construction Quality Matters

Construction quality influences reliability, longevity, and overall satisfaction. Strong materials and carefully engineered components frequently provide greater protection against environmental changes and everyday wear.

Several characteristics contribute to dependable performance:

• Structural strength
• Resistance to moisture
• Protection against dust accumulation
• Consistent mechanical operation
• Reliable adjustment mechanisms
• Long-term durability

Together, these qualities frequently support dependable operation.

Understanding Comfortable Handling

Comfortable handling remains extremely important because balance and control frequently influence overall performance. Equipment that feels comfortable often reduces fatigue while supporting greater concentration.

Several factors commonly contribute to improved handling:

• Balanced construction
• Smooth adjustment mechanisms
• Comfortable positioning
• Efficient operation
• Consistent mechanical response

These characteristics frequently help create a more enjoyable experience.

Adapting to Different Conditions

Environmental conditions change continuously, which is why adaptability remains essential. Individuals who understand these conditions often respond more effectively while maintaining greater confidence.

Several environmental factors deserve careful consideration:

• Wind speed
• Wind direction
• Temperature fluctuations
• Humidity levels
• Atmospheric pressure
• Variations in lighting conditions

Understanding these influences frequently supports improved consistency.

Why Consistency Is Important

Consistency provides a foundation for dependable performance because repeated success is often built upon established routines.

Several habits commonly contribute to consistency:

• Thorough preparation
• Regular inspections
• Continuous observation
• Organized maintenance procedures
• Ongoing practice

These habits frequently support reliable long-term results.

Recommended Maintenance Procedures

Routine maintenance remains essential because proper care helps preserve both appearance and functionality.

Several maintenance recommendations are generally followed:

1. Inspect all visible components thoroughly.
2. Remove accumulated dust carefully.
3. Protect exposed surfaces appropriately.
4. Confirm that all fittings remain secure.
5. Store equipment correctly after use.

These procedures frequently help maintain dependable operation.

Proper Storage Practices

Storage conditions directly influence reliability and durability. Consequently, maintaining an appropriate storage environment remains extremely beneficial.

Several recommendations are commonly advised:

• Store equipment in a dry environment.
• Protect components from excessive heat.
• Minimize exposure to moisture.
• Prevent unnecessary impacts.
• Perform periodic inspections.

These practices frequently contribute to greater longevity.

Developing Confidence Through Experience

Experience frequently improves concentration, awareness, and adaptability. As familiarity increases, individuals often become more efficient while strengthening their confidence.

Several benefits commonly result from continued practice:

• Better concentration
• Improved consistency
• Increased efficiency
• Greater adaptability
• Stronger confidence

These improvements frequently support long-term success.

Frequently Asked Questions

Why is construction quality important?

Construction quality supports long-term reliability while protecting important components from environmental exposure.

Why is comfortable handling valuable?

Comfortable handling improves control while reducing fatigue during extended periods of use.

Why should environmental conditions be monitored?

Environmental conditions frequently influence visibility, comfort, and performance.

Why is routine maintenance necessary?

Routine maintenance helps preserve dependable functionality while reducing unnecessary wear.

Why does experience improve performance?

Experience strengthens confidence while improving awareness and consistency.

Final Thoughts

Long-term success is frequently achieved through patience, preparation, discipline, and continuous learning. Individuals who remain committed to these principles often experience greater confidence, improved consistency, and dependable performance throughout years of ownership.

Practical Advantages, Long-Term Value, and Performance Benefits

Achieving Reliable Results Through Consistency

Consistent performance is often built upon preparation, patience, and experience. Although advanced engineering provides an excellent foundation, dependable results usually develop through continuous practice and careful observation.

As familiarity increases, individuals often become more comfortable making adjustments and responding to changing conditions. Consequently, confidence grows while overall performance becomes more dependable.

Steady improvement frequently creates better long-term results because disciplined habits become part of everyday routines.

Why Long-Term Value Matters

Long-term value extends far beyond the original purchase. Reliability, durability, ease of operation, and overall performance all contribute to a satisfying ownership experience.

Several factors frequently influence long-term value:

• Durable construction
• Reliable operation
• Comfortable handling
• Consistent performance
• Efficient adjustment mechanisms
• Greater adaptability

Together, these qualities frequently support a rewarding experience.

Understanding the Importance of Confidence

Confidence frequently influences concentration, awareness, and decision-making. Individuals who trust their equipment often remain calm and focused, even when conditions change unexpectedly.

Several factors commonly contribute to increased confidence:

• Thorough preparation
• Regular practice
• Continuous learning
• Organized maintenance routines
• Consistent observation

These habits frequently support improved reliability and greater efficiency.

Environmental Awareness and Adaptability

Environmental conditions rarely remain unchanged for long periods. Therefore, adaptability remains one of the most valuable skills an individual can develop.

Several factors should always be considered:

• Wind direction
• Wind intensity
• Temperature variations
• Humidity levels
• Atmospheric pressure
• Available light

Recognizing these influences frequently helps maintain dependable performance.

Recommended Maintenance Practices

Routine maintenance remains essential because proper care helps protect important components from unnecessary wear.

Several maintenance recommendations are generally followed:

1. Inspect all visible components carefully.
2. Remove dust and debris gently.
3. Protect exposed surfaces appropriately.
4. Verify that fittings remain secure.
5. Store equipment properly after use.

These procedures frequently contribute to long-term reliability.

Proper Storage Procedures

Storage conditions influence durability, appearance, and overall functionality. Consequently, organized storage habits remain extremely important.

Several recommendations are commonly advised:

• Store equipment in a clean environment.
• Protect components from excessive heat.
• Reduce exposure to moisture.
• Prevent unnecessary impacts.
• Perform routine inspections.

These practices frequently help maintain dependable operation.

Common Mistakes to Avoid

Even experienced individuals occasionally encounter challenges. Fortunately, many difficulties can be prevented through preparation and discipline.

Several examples include:

• Inconsistent maintenance routines
• Improper storage practices
• Excessive adjustments
• Limited environmental awareness
• Insufficient preparation

Recognizing these situations early frequently helps prevent more serious complications.

Frequently Asked Questions

Why is long-term value important?

Long-term value supports reliability, durability, and overall satisfaction.

Why should maintenance be performed regularly?

Routine maintenance helps preserve dependable functionality and extend service life.

Why are environmental conditions important?

Environmental changes frequently influence visibility, comfort, and performance.

Why is confidence valuable?

Confidence improves concentration while supporting more consistent decision-making.

Why is adaptability important?

Adaptability allows individuals to respond effectively to changing conditions.

Final Remarks

Long-term success is often achieved through patience, preparation, discipline, and continuous learning. Individuals who remain committed to these principles frequently experience greater confidence, stronger consistency, and dependable long-term performance.

Care, Maintenance, Troubleshooting, and Ownership Experience

Building a Consistent Maintenance Routine

Every high-quality optical system benefits from regular care and attention. Although durable materials provide excellent protection, proper maintenance remains essential for preserving clarity, reliability, and mechanical precision.

Individuals who establish a consistent routine often discover that their equipment continues to operate efficiently for many years. Moreover, regular inspections frequently help identify minor concerns before they become significant problems.

A disciplined approach not only protects important components but also contributes to greater confidence and long-term satisfaction.

Why Preventive Maintenance Matters

Preventive maintenance reduces unnecessary wear while helping to preserve dependable performance. Furthermore, careful inspections frequently reveal environmental contamination that might otherwise affect overall operation.

Several factors should always be examined carefully:

• External surfaces
• Adjustment controls
• Fasteners and fittings
• Protective covers
• Lens surfaces
• Structural components

These practices frequently contribute to improved reliability.

Proper Cleaning Techniques

Cleaning should always be performed with patience and care. Excessive force, unsuitable cleaning materials, or rushed procedures may create unnecessary damage.

The following recommendations are generally helpful:

1. Remove loose dust carefully.
2. Use clean microfiber materials whenever possible.
3. Avoid applying excessive pressure.
4. Protect delicate surfaces from scratches.
5. Replace protective covers after cleaning.

By following these recommendations, individuals frequently preserve both appearance and performance.

Understanding the Importance of Storage

Storage conditions play a vital role in preserving long-term durability. Consequently, selecting an appropriate location becomes extremely important.

Several storage practices are widely recommended:

• Keep equipment in a clean environment.
• Avoid prolonged exposure to direct sunlight.
• Minimize contact with excessive moisture.
• Protect components from severe temperature fluctuations.
• Conduct regular inspections during extended storage periods.

These habits frequently contribute to dependable long-term operation.

Protecting Equipment During Transportation

Transportation often exposes equipment to vibration, dust, and sudden impacts. Therefore, taking preventive measures remains extremely beneficial.

Several precautions should be considered:

• Secure equipment carefully before travel.
• Inspect components after transportation.
• Protect sensitive surfaces from unnecessary contact.
• Verify that all connections remain secure.
• Store accessories safely and systematically.

Following these recommendations frequently helps reduce unnecessary wear.

Why Experience Improves Performance

Experience frequently strengthens awareness, concentration, and adaptability. As familiarity increases, individuals often develop routines that improve efficiency and consistency.

Several advantages commonly result from continuous practice:

• Greater confidence
• Improved concentration
• Enhanced adaptability
• Better preparation
• Increased efficiency

These benefits frequently contribute to dependable long-term performance.

Recognizing Common Problems Early

Early identification of problems frequently prevents more serious complications from developing. Fortunately, regular inspections often reveal warning signs before significant performance reductions occur.

Common examples include:

• Loose fittings
• Surface contamination
• Improper storage conditions
• Irregular maintenance schedules
• Environmental exposure

Recognizing these situations early frequently helps maintain dependable operation.

Frequently Asked Questions

Why is routine maintenance necessary?

Routine maintenance helps preserve reliability while reducing unnecessary wear and extending service life.

Why should storage conditions be monitored carefully?

Proper storage helps protect components from environmental damage and unnecessary deterioration.

Why is careful cleaning important?

Careful cleaning helps maintain clear visibility while protecting delicate surfaces.

Why should inspections be performed regularly?

Regular inspections frequently reveal minor issues before they become larger problems.

Why does experience contribute to better performance?

Experience improves confidence, strengthens awareness, and supports greater consistency.

Final Thoughts

Reliable long-term performance is usually achieved through patience, preparation, discipline, and continuous improvement. Individuals who remain committed to these principles often enjoy greater confidence, increased efficiency, and dependable results throughout many years of ownership vector minotaur 10 50×60.