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After stripping rear subframe. Ready for cleaning
After stripping rear subframe. Ready for final clean before reassembly with new bushes, control arms etc.
Project SR-71:
1971 Datsun 240Z with an sr20de-t. I have fabbed in a rear subframe from a 1990 Nissan 240SX S13 as well as the complete IRS from the S13. This includes the differential from a R32 Skyline and axles. I have also fabbed in the S13 front crossmember which allows me to use all of the suspension components from the S13. In order to make this work, I actually had to extend the wheelbase of the Datsun by about 7.5". This actually helps because the Datsun has a short wheelbase as it is, so this longer wheelbase puts it at about the same as the S13.
Here is M51, better known as the Whirlpool Galaxy, taken with the RC-12 astrograph at KPO.
The Whirlpool Galaxy, also known as M51, is a stunning celestial object that has fascinated astronomers and stargazers for centuries. Located approximately 23 million light-years away from Earth in the constellation Canes Venatici, this galaxy is a beautiful spiral galaxy that is interacting with a smaller companion galaxy.
At the heart of the Whirlpool Galaxy lies a supermassive black hole that is millions of times more massive than the sun. This black hole is thought to be responsible for the strong gravitational forces that are shaping the galaxy’s structure. The Whirlpool Galaxy is also home to many young and bright stars, as well as a large number of star clusters and nebulae.
The Whirlpool Galaxy was first discovered by the French astronomer Charles Messier in 1773. Since then, it has been studied extensively by astronomers around the world, including the Hubble Space Telescope. The Hubble Space Telescope has captured some of the most stunning images of the Whirlpool Galaxy, revealing its intricate spiral arms and bright star clusters in incredible detail.
One of the most fascinating aspects of the Whirlpool Galaxy is its interaction with its companion galaxy, NGC 5195. This interaction has caused a tidal disruption that has led to the formation of new stars and the distortion of the galaxy’s spiral arms. This process has also led to the formation of a bridge of gas and dust that connects the two galaxies, which can be seen in high-resolution images.
The Whirlpool Galaxy is a popular target for amateur astronomers, who can observe it with a small telescope or binoculars. It is best observed during the spring and summer months in the northern hemisphere, when it is high in the sky. Observers can look for its spiral arms and bright core, as well as the fainter companion galaxy NGC 5195. A dark observing site and a large telescope is needed to successfully view this denizen of the deep sky. In the KPO 18″ Reflector at the Winter Star Party in the Florida Keys, it was easy to see the direction of the spiral arm rotation, and the connecting arm between the two galaxies was clearly visible. Pretty optimal viewing conditions.
The Whirlpool Galaxy is a fascinating celestial object that has captured the imagination of astronomers and stargazers for centuries. Its stunning spiral arms, bright star clusters, and interaction with its companion galaxy make it a popular target for observation and study. Whether observed through a telescope or captured by the Hubble Space Telescope, the Whirlpool Galaxy is a true marvel of the universe.
The new telescope and imaging technology has allowed a significant leap in detail and brightness of this galaxy image. The previous version, taken with the KPO 18″ Reflector and a Canon 60D camera in 2016 can be found here.
Image Info
Imaged from the KPO field, in Saint Cloud, Florida
Camera : ZWO ASI1600MM Pro
Scope: Orion RC-12 Ritchey-Chretien Astrograph, 2450mm fl, F/8
Mount: iOptron CEM-120
Hydrogen Alpha: 5 subframes of 300s = 25 min integration
Green: 10 subframes of 300s = 50 min integration
Blue: 6 subframes of 300s = 30 min integration
Luminance: 44 subframes of 300s = 220 min integration
Total integration time: 325 min = 5.4 hours.
Captured via ASIAir Pro automation
Optical tracking via ASIAir automation via the ASI120MM-S guide camera
Separate channels stacked and LRGB integrated in Astro Pixel Processor
Image cropped, stretched, and noise processed in Nebulosity.
Image run through Topaz Denoise AI
Final processing in Aperture
Wheels dropped off and the car lifted up. The subframe bolts are being soaked in WD40 ready for removal.
310044-048D LG30F.10Ⅰ.03 Subframe LONKING CDM833 CDM835 spare parts
563
压力表软管
￠6*1*1.7m
564
压力表软管
￠6*1*3.5M
565
压力表软管
直径6*1*3.9M
566
导轮
30型( 天津)YJ31502-4
567
动臂缸活塞
407210
568
变速箱活塞
30型
569
变速箱隔离架
LG855
570
变矩器隔垫 ( 一挡行星架隔垫)
571
涡轮组件
30
572
一级涡轮罩
30
573
活塞压板
ZL30E.5.1-8
574
二轴倒档齿轮
ZL30E.5.3-8
575
一二级涡轮组件
50
576
一二级涡轮组
YJSW315-6.08-09
577
变矩器回油接头
LG855
578
倒挡一挡主动片
403012-13
579
倒档一档从动片
403011
580
直接档从动片
403507
581
直接档主动片
403505-506
582
离合器主动片 ( 铜)
ZL30F10.51-3杭齿
583
离合器主动片 ( 铁)
ZL30徐齿
584
离合器从动片
ZL30徐齿
585
离合器从动片
ZL30F1051-3杭齿
586
上铰接销
30型/310026-27D（310013-014D）
587
铰接销
LG853.10.007( 圆)LG50F.10024A
588
下铰接销
50型/510012C
589
上铰接销
50型/510012C
590
铲斗销
LG853.11001-001
591
翘板开关组 ( 断电)
LG30F015.34
592
变速箱支架
ZL30.03.01B
593
铲斗
LG855.11100A
594
方向机转向管总成（含转向轴）
ZL50、E、F
595
拉杆销
50D
596
转斗缸后销轴
LG50F.10002-003A
597
摇臂支承轴
LG30F.11.06(311010D)
598
动臂缸后销轴焊合
LG843.10.05(LG843.10006-006)
599
动臂缸后销轴
LG855.10.06( 圆形)(LG50F.10007-008A)
600
动臂上销轴
LG855.10.05( 圆形)LG50F.10005-005A
601
动臂上销轴
LG853.1005-005( 方)
602
动臂缸上销轴
LG855.11.05( 圆形)(LG50F.11017)
603
变速箱毂体
LG833
604
铲斗护刀板（二块）
LG526K.11102B
605
行星轮架
30G型
606
轮边端盖
LG833
607
内齿轮
30
608
涡轮罩
30
609
斗齿
LG816.11.01-017
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