# Hayabusa2’s Next Target Is A Tiny 11 Meter Asteroid

> **Open Intelligence Dossier** · First detected: 2026-07-15 23:07 UTC · Category: Science

## Executive Summary
Japan's Hayabusa2 mission is targeting Torifune, a small 11-meter asteroid, to explore capabilities of asteroid deflection.

## Intelligence Brief
The Hayabusa2 spacecraft is preparing for a new objective involving an asteroid named Torifune. According to reports from Hackaday and Technologiepark Adlershof, this specific target is a tiny asteroid measuring approximately 11 meters in size. The mission involves a high-speed flyby of the object, which Techno-Science.net describes as being peanut-shaped. This encounter is part of a broader effort to engage with near-Earth asteroids and study their physical characteristics from a close vantage point. Coverage from the South China Morning Post emphasizes the strategic goals of the mission, specifically questioning whether Japan's Hayabusa2 can successfully execute an asteroid deflection.


This focus on deflection highlights a shift in the mission's utility compared to previous sample returns. Other regional coverage, such as that from Jersey's Best, notes that this event is occurring amidst a wider context of two separate asteroid flybys being visible or relevant to the skies over Jersey. Understanding the significance of this mission requires noting the established capabilities of other space agencies. The South China Morning Post explicitly mentions that Nasa already knows how to deflect an asteroid, setting a benchmark for the Japanese effort. The decision to target a very small, 11-meter object like Torifune suggests a specific test case for how small celestial bodies react to interference or observation at high speeds, which is critical for planetary defense strategies.


Future developments will center on the outcome of the high-speed flyby of Torifune. Observers will be looking for data regarding the asteroid's peanut shape and whether the Hayabusa2 mission can demonstrate a viable method for deflection. While the specific technical parameters of the deflection attempt are not detailed in the current headlines, the primary focus remains on whether Japan can match the known capabilities of Nasa in managing near-Earth objects.

## Multi-Source Evidence Table
| Source Outlet | Headline | Verification URL |
|---|---|---|
| Techno-Science.net | ☄️ A peanut-shaped near-Earth asteroid seen up close | [Source Link](https://news.google.com/rss/articles/CBMimgFBVV95cUxQS2dkWjlIQXhwRnRub0twel9lb2JzRHJqTXp3QjRwSDFQd1N1dGZZdk9yOGNRUU1lN25Fd2h1R2pqd1dLYThNZll6TDFFVnhuZHZ1RW8xUEM3cGk1cW9qLW1fUF9CNDhtemM5Um9WZ3pYMGxuQURRMHVyYklrUTZBZXo1SVEyckMxSGhhYTczaVJvVjJCWElFMXZR?oc=5) |
| Techno-Science.net | ☄️ A peanut-shaped near-Earth asteroid seen up close | [Source Link](https://news.google.com/rss/articles/CBMinwFBVV95cUxNSVlVenhaRzBoNzRYY3RiZy14bkFaNXREXzVJZUpYZGtDdkhxTC0wYlBQYXFDQ2M2b3NVUlFCckFWMXJZY0xsWnhTR0UyWEhwRVNoVWktSFZ5RlQwWmpEZTFKa0NlNFlLSWNQaFRvZDBMdTdEOFRkLTlxb0puQ3RDZGdTVm1VcHIxcEtpdFBtQy1wY3JXTTRIV2hwUDZOVDDSAZwBQVVfeXFMTU0yaktQdzNPYk5aZ09LeklEVWJyRUp5Wnlab2tPVXlWLWpPOE8yaG1STVlWZ1U2ajlnaUcyLUtTQldyMVI3cjRhZ1Y2SkpsckNzSVkxc05NVXZIN2lXbXVPR2ZvNV9qWVZ6aWJzZTgza2psVmlsNVZyRVU0OGh0RzVBOVVISlJmd19FbG5iUG13NFhKRlRyVXNFN2tm?oc=5) |
| South China Morning Post | Nasa knows how to deflect an asteroid. Can Japan’s Hayabusa2 pull it off? | [Source Link](https://news.google.com/rss/articles/CBMitwFBVV95cUxQUlNGU1JycmxNU2hDS1N5NHdwME13SmhGNldnUkpieWtldnVwaEpucWZDNHgtVXpFUTZDWExkR01EbkVQcEsxbWNnbkQ0U0prOUhiS19rRVB0R2pDaVpYb2FFR3BUMHNYV1J1eGFtRjJ2bW9hM3NDeVBCOEswZndZdVd3aVM0TnRLSGFTSmpuSmVVLWV0OWsyVC1tY0ZuanFMVmdPejY1SXMtcVRjU2lmWHBsdFhNRTA?oc=5) |
| Jersey's Best | Jersey Skies: Two asteroid flybys | [Source Link](https://news.google.com/rss/articles/CBMie0FVX3lxTFAydkpZR1RmMTdQalZfQXEtQlU1bU1xTWVNTTFqTldLUVRlU3ZqR3ZfQnFRWnZNdFdQMlRoMlBWWDZfT2dIc3dSc1dRT2xfZHR1Sk9hd2I1Sjh5WGl6X2hMMnptaDM3am95ODBGcXE5cDk1RWJrT1gtTXM1TQ?oc=5) |
| Technologiepark Adlershof | Spectacular high-speed flyby of the asteroid Torifune | [Source Link](https://news.google.com/rss/articles/CBMijwFBVV95cUxQNkxBYWJyalltczR0U1lQTzRBZ2VVOGVqOTBnSGVzekU0MFI0TkxrTzNSTFM0ek9iWDhidHQ1TVY3SVpzS2xCMXlwREpqT0Y4YWowbFRoLU15NzdpUGgyQldaNjIzYnpnUWFUVDFnM00xT3ZqYW9BUXBYcjVwSUJuVHZxTkpTMC1BelRBanZiaw?oc=5) |
| Hackaday | Hayabusa2’s Next Target Is A Tiny 11 Meter Asteroid | [Source Link](https://news.google.com/rss/articles/CBMiiwFBVV95cUxQWlJGb2hzT2Z1YU14b3k0eHA0N3dWQmxXWFYtRFAtakZmR3ZSQ2xMSXIwYW82RFBWZEdlcGpEZFRPSWVmTUNfVGMzbFgwUkVGaWh3ZWx0UlRjd1gxQnZHM0FNcEZiWl9Ra3JsNVBrNGlhdTYzWWlobmNWRDZxQVRGMjZodDJlN2tHVlkw?oc=5) |

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*Canonical Source: https://pulse.byoviral.com/trend/2026-07-15/hayabusa2-s-next-target-is-a-tiny-11-meter-asteroid*