The following kernels 

   cas_enceladus_ssd_spc_0128icq_v2.bds
   cas_enceladus_ssd_spc_0256icq_v2.bds
   cas_enceladus_ssd_spc_0512icq_v2.bds
   cas_enceladus_ssd_spc_1024icq_v2.bds
   cas_enceladus_ssd_spc_eq035m_v2.bds
   cas_enceladus_ssd_spc_south025m_v2.bds
   cas_enceladus_ssd_spc_south050m_v2.bds
   cas_enceladus_ssd_spc_south100m_v2.bds
   cas_v44.tf
   enceladus_ssd_250728_v2.tpc

are staged in this directory in preparation for their inclusion in the 
CASSINI SPICE PDS archive in support of the addendum to the publication 
cited below. A brief description of this set provided by Dr. Park on 
10/21/25 in the file originally named README_SPC251020 is below.

BVS/NAIF, 06/10/26  

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Point of contact: Ryan S. Park (Ryan.S.Park@jpl.nasa.gov)

Delivery Date: October 21, 2025

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*** SUMMARY ***
********************************************************************************

The shape model released by Park et al. (2023) contained errors, mainly due to
a process step in the early model development. The Cassini imaging data have
been reprocessed, and an updated shape model has been released (version 2). This
update includes a high-resolution global shape model of Enceladus, determined
using a stereophotoclinometry (SPC) technique developed at the Jet Propulsion
Laboratory by processing Cassini's imaging data from Enceladus encounters. The
resulting global shape model has a resolution of 500 m, with some local regions
at 25 m to 100 m resolution. The reference frame is consistent with the
International Astronomical Union's definition, in which the center of the Salih
crater is located at -5 deg East longitude. The rotational frame also incorporates
the updated forced libration amplitude of 0.092 deg +- 0.009 deg (3-sigma).

More details can be found in:

Park et al. (2023), The global shape, gravity field, and libration of 
Enceladus, submitted to JGR-Planets for publication.

POC: Ryan S. Park, ryan.s.park@jpl.nasa.gov

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*** IMPORTANT NOTE ***
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It is recommended that you use the following SPICE kernels when
using this product:

cas_v44.tf (or later)                  : Enceladus surface name/ID mappings
enceladus_ssd_250728_v2.tpc            : Enceladus rotation parameters
sat441.bsp                             : Enceladus ephemeris
de440.bsp                              : Planetary ephemeris

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*** AVAILABLE FILES ***
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Global Enceladus DSK files in different ICQ resolutions:

  cas_enceladus_ssd_spc_1024icq_v2.bds (ICQ resolution 1024)
  cas_enceladus_ssd_spc_0512icq_v2.bds (ICQ resolution  512)
  cas_enceladus_ssd_spc_0256icq_v2.bds (ICQ resolution  256)
  cas_enceladus_ssd_spc_0128icq_v2.bds (ICQ resolution  128)

Enceladus DSK files for local regions:

  cas_enceladus_ssd_spc_south025m_v2.bds (South Pole at  25 m resolution)
  cas_enceladus_ssd_spc_south050m_v2.bds (South Pole at  50 m resolution)
  cas_enceladus_ssd_spc_south100m_v2.bds (South Pole at 100 m resolution)
  cas_enceladus_ssd_spc_eq035m_v2.bds    (Equatorial region at 35 m resolution)

  ** Note: the data contained in these four local region DSK files are 
           irregular and the min/max values of the lat/lon boundaries shown in
           the DSK header do not cover the whole area. Rendered topography of
           these regions are shown in Park et al. (2023). Specifically, the
           ranges are:

     File name: cas_enceladus_ssd_spc_south025m_v2.bds
           MINIMUM_LATITUDE    = -86.0
           MAXIMUM_LATITUDE    = -73.0
           MINIMUM_LONGITUDE   = -72.0
           MAXIMUM_LONGITUDE   = -11.0

     File name: cas_enceladus_ssd_spc_south050m_v2.bds
           MINIMUM_LATITUDE    = -88.0
           MAXIMUM_LATITUDE    = -69.0
           MINIMUM_LONGITUDE   = -94.0
           MAXIMUM_LONGITUDE   =  13.0

     File name: cas_enceladus_ssd_spc_south100m_v2.bds
           MINIMUM_LATITUDE    = -90.0
           MAXIMUM_LATITUDE    = -59.0
           MINIMUM_LONGITUDE   = -180.0
           MAXIMUM_LONGITUDE   =  180.0

     File name: cas_enceladus_ssd_spc_eq035m_v2.bds
           MINIMUM_LATITUDE    =  -9.0
           MAXIMUM_LATITUDE    =   1.0
           MINIMUM_LONGITUDE   =  132.0
           MAXIMUM_LONGITUDE   =  143.0

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