Dark | Light
[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]

# $2000kg

Orbital power for compute is nearing terrestrial parity, with $2000/kg to HEO making orbital power costs competitive with Earth-based data centers. This advancement could revolutionize space-based computing infrastructure.

### About $2000kg
$2000kg refers to the cost per kilogram to transport material to High Earth Orbit (HEO), a key metric in the economics of space-based computing and infrastructure.  

### Engagements: XXX (24h)
![Engagements Line Chart](https://lunarcrush.com/gi/w:600/t:$2000kg/c:line/m:interactions/iv:1d.svg)  
[Engagements 24-Hour Time-Series Raw Data](/topic/$2000kg/time-series/interactions.tsv)  
Current Value: XXX  
Daily Average: XXXXX  
X Week: XXXXX -XX%  
X Month: XXXXXXX +15,800%  
X Months: XXXXXXX +27,764%  
X Year: XXXXXXX +15,902%  
1-Year High: XXXXXXX on 2025-11-27  
1-Year Low: X on 2025-03-22  

Engagements by network (24h):
X: XXX

  
  
### Mentions: X (24h)
![Mentions Line Chart](https://lunarcrush.com/gi/w:600/t:$2000kg/c:line/m:posts_active/iv:1d.svg)  
[Mentions 24-Hour Time-Series Raw Data](/topic/$2000kg/time-series/posts_active.tsv)  
Current Value: X  
Daily Average: X  
X Week: X -XX%  
X Month: XX +275%  
X Months: XX +350%  
X Year: XX +129%  
1-Year High: X on 2025-11-27  
1-Year Low: X on 2024-12-21  

Mentions by network (24h):
X: XX

  
  
### Creators: X (24h)
![Creators Line Chart](https://lunarcrush.com/gi/w:600/t:$2000kg/c:line/m:contributors_active/iv:1d.svg)  
[Creators 24-Hour Time-Series Raw Data](/topic/$2000kg/time-series/contributors_active.tsv)  
X unique social accounts have posts mentioning $2000kg in the last XX hours which is no change from in the previous XX hours
Daily Average: X  
X Week: X -XX%  
X Month: XX +233%  
X Months: XX +260%  
X Year: XX +69%  
1-Year High: X on 2025-11-27  
1-Year Low: X on 2024-12-21  

### Top $2000kg Social Posts
Top posts by engagements in the last XX hours

*Showing only X posts for non-authenticated requests. Use your API key in requests for full results.*

"Orbital Power for Compute Is Closer to Terrestrial Parity Than Most Expect ⚡🛰📉 In Part X of our orbital compute series we projected the $/W of powering compute in high Earth orbit (HEO). At $2000/kg to HEO orbital power & cooling costs 18-26 $/W; about X the XX $/W terrestrial datacenter benchmark. Under a reusable Starship with orbital refuelling HEO delivery cost falls fast. We modelled three different satellite architectures and where they reach parity with terrestrial benchmarks in terms of launch costs. Starlink-satellite HEO parity: XXX $/kg to HEO Compute-Optimized Starlink (standard"  
[X Link](https://x.com/VladSaigau/status/1993723593398620392) [@VladSaigau](/creator/x/VladSaigau) 2025-11-26T16:48Z 1614 followers, 208.3K engagements


"$crml issues 2m shares at $XX to acquire 40kg copper powder. they are pricing this at $1500-$2000kg. alibaba sells the stuff for under $1000kg. deleting $crml from watchlist. $eulif"  
[X Link](https://x.com/dChosunWon/status/1991975293809291502) [@dChosunWon](/creator/x/dChosunWon) 2025-11-21T21:01Z XX followers, XXX engagements

[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]

$2000kg

Orbital power for compute is nearing terrestrial parity, with $2000/kg to HEO making orbital power costs competitive with Earth-based data centers. This advancement could revolutionize space-based computing infrastructure.

About $2000kg

$2000kg refers to the cost per kilogram to transport material to High Earth Orbit (HEO), a key metric in the economics of space-based computing and infrastructure.

Engagements: XXX (24h)

Engagements Line Chart
Engagements 24-Hour Time-Series Raw Data
Current Value: XXX
Daily Average: XXXXX
X Week: XXXXX -XX%
X Month: XXXXXXX +15,800%
X Months: XXXXXXX +27,764%
X Year: XXXXXXX +15,902%
1-Year High: XXXXXXX on 2025-11-27
1-Year Low: X on 2025-03-22

Engagements by network (24h): X: XXX

Mentions: X (24h)

Mentions Line Chart
Mentions 24-Hour Time-Series Raw Data
Current Value: X
Daily Average: X
X Week: X -XX%
X Month: XX +275%
X Months: XX +350%
X Year: XX +129%
1-Year High: X on 2025-11-27
1-Year Low: X on 2024-12-21

Mentions by network (24h): X: XX

Creators: X (24h)

Creators Line Chart
Creators 24-Hour Time-Series Raw Data
X unique social accounts have posts mentioning $2000kg in the last XX hours which is no change from in the previous XX hours Daily Average: X
X Week: X -XX%
X Month: XX +233%
X Months: XX +260%
X Year: XX +69%
1-Year High: X on 2025-11-27
1-Year Low: X on 2024-12-21

Top $2000kg Social Posts

Top posts by engagements in the last XX hours

Showing only X posts for non-authenticated requests. Use your API key in requests for full results.

"Orbital Power for Compute Is Closer to Terrestrial Parity Than Most Expect ⚡🛰📉 In Part X of our orbital compute series we projected the $/W of powering compute in high Earth orbit (HEO). At $2000/kg to HEO orbital power & cooling costs 18-26 $/W; about X the XX $/W terrestrial datacenter benchmark. Under a reusable Starship with orbital refuelling HEO delivery cost falls fast. We modelled three different satellite architectures and where they reach parity with terrestrial benchmarks in terms of launch costs. Starlink-satellite HEO parity: XXX $/kg to HEO Compute-Optimized Starlink (standard"
X Link @VladSaigau 2025-11-26T16:48Z 1614 followers, 208.3K engagements

"$crml issues 2m shares at $XX to acquire 40kg copper powder. they are pricing this at $1500-$2000kg. alibaba sells the stuff for under $1000kg. deleting $crml from watchlist. $eulif"
X Link @dChosunWon 2025-11-21T21:01Z XX followers, XXX engagements

$2000kg
/topic/$2000kg