Description
Light detection and ranging (lidar) sensors are essential tools used for a variety of tasks such as terrestrial topographic mapping, navigation and docking in space, and landings on planets or asteroids. Teledyne has proposed to develop a…
Amendment chain · 1 entry
Each notch is one published row for this agreement: #0 is the original (placed at its start date) and each later notch is an amendment (placed at its amendment date). The height is the agreement's total value as of that row — the source column is cumulative, not a change amount — so the line reads as the commitment over time and the right-most notch is the current commitment shown in the header.
- #02018-01-29$1,567,775
| Row | Date | Total value as of row | Change vs previous | Description on this row |
|---|---|---|---|---|
| #0 original | 2018-01-29(start date) | $1,567,775 | — | Light detection and ranging (lidar) sensors are essential tools used for a variety of tasks such as terrestria… |
Related records · 5
Records are related by an explicit link in the data, stated for each group below — never by text similarity. Values are each agreement's current commitment (latest amendment).
Other recipients funded under "Class Grant and Contribution Program to Support Research, Awareness and Learning in Space Science and Technology" by Canadian Space Agency | Agence spatiale canadienne (most recent first)
| Ref | Recipient | Fiscal year | Current value | FY |
|---|---|---|---|---|
| 003-2026-2027-Q1-00001 | Jocelyn Roney|Jocelyn Roney | FY2027 | $3,986 | FY2027 |
| 003-2026-2027-Q1-00002 | Dorian Stefan Dumitru|Dorian Stefan Dumitru | FY2027 | $3,987 | FY2027 |
| 003-2026-2027-Q1-00003 | Alannah Mescheder|Alannah Mescheder | FY2027 | $5,000 | FY2027 |
| 003-2026-2027-Q1-00008 | Linamay Ayad|Linamay Ayad | FY2027 | $4,800 | FY2027 |
| 003-2026-2027-Q1-00014 | Justin Domagala-Tang|Justin Domagala-Tang | FY2027 | $2,413 | FY2027 |
Cite as: Glassbox record view · Federal grants & contributions · 003-2017-2018-Q4-03741 · retrieved 2026-11-14.