Ritchey-Chretien reflector1.52 m
The workhorse. Spectroscopy and photometry on anything from exoplanet transits to supernova follow-up.
Alt-azimuth, active opticsThe name, the site, and the single instrument colour.
Coordinates and altitude read well here.
Annotation on the sky, live links, and active states. Cold reads right; a warm accent fights the field.
DARK SKY RESERVE / OPEN TO VISITING PROGRAMMES
A working research station above the inversion layer, with three domes, a permanent staff of eleven, and a sky that is genuinely dark. Time is allocated twice a year and we keep a quarter of it for programmes nobody else would fund.
APPLY FOR TIME04 instruments
The workhorse. Spectroscopy and photometry on anything from exoplanet transits to supernova follow-up.
Alt-azimuth, active opticsSurvey and time-domain work, run robotically most nights against a queue set the previous afternoon.
Equatorial, roboticRestored, still on its original clock drive, and used for double star measurement and for teaching.
German equatorialContinuous all-sky cloud and transient monitoring, feeding the queue that decides what the robot observes.
Fixed, six camera| Programme | Title | Principal investigator | Allocated |
|---|---|---|---|
| P26A-011 | Transit timing of warm Neptunes | R. Oyelaran | 18 nights |
| P26A-024 | Spectroscopy of Type Ia progenitors | H. Lindqvist | 12 nights |
| P26A-031 | Occultation survey, trans-Neptunian | M. Takahashi | 9 nights |
| P26A-047 | Long-baseline double star astrometry | Station staff | 24 nights |
| OPEN | Unallocated, held for targets of opportunity | Director's discretion | 22 nights |
209
Photometric nights in the last calendar year
2,396 m
Altitude, above the winter inversion layer
21.9
Sky brightness, magnitudes per square arcsecond
0.68″
Median seeing across the observing season