LASP at Space Symposium 2026

LASP at Space Symposium 2026

Trusted Science. Mission Ready.

Founded in 1948, LASP is a long-standing partner in space exploration. With a 100% science return rate on SmallSat programs, LASP combines reliability with innovation in complex mission environments. As a university-based institute, LASP operates at the intersection of fundamental research and applied mission development—integrating scientific inquiry, engineering expertise, and hands-on training to deliver missions that advance knowledge while providing real-world capability.

From early concept development through AI&T, launch, operations, and data analysis, LASP offers full-cycle, in-house mission support. This integrated model enables close coordination, technical continuity, and the flexibility to contribute at any stage of a mission. At the same time, LASP’s collaborative approach embeds students in mission teams alongside experienced professionals, strengthening mission outcomes while building long-term workforce capability for partners around the world.

Space Weather & Environmental Monitoring

LASP brings decades of leadership in heliophysics, space weather research, and atmospheric dynamics. By combining flight-proven instrumentation with scientific expertise and cutting-edge modeling, LASP enables the science community to better understand and forecast solar activity and its effects on our planet.

Dust & Planetary Environments

Through the IMPACT lab and its science team, LASP investigates the role of charged dust across planetary systems. This work connects laboratory research, suborbital platforms, and flight missions to address fundamental questions about planetary formation and evolution.

Planetary Exploration Across the Solar System

From the Moon and Mars to the outer planets, LASP contributes to missions that remotely probe planetary atmospheres, surface processes, and habitability. Our approach links scientific objectives with instrument development and mission operations to support exploration at multiple scales.

SmallSat Capability & Mission Innovation

LASP’s SmallSat program builds on a heritage of suborbital experimentation, delivering reliable, science-focused missions across multiple disciplines. These platforms provide opportunities for rapid development, targeted investigations, and workforce training, enabled by expertise in VLEO operations.

A Partner in Exploration and Innovation

As a not-for-profit institute, LASP emphasizes collaboration over competition. We partner with government, industry, and academic partners to complement existing capabilities, reduce risk, and support mission success through shared expertise.

Let’s explore what’s possible—together.

Questions? Contact: partnerships@lasp.colorado.edu

Learn more

Remote Sensing: Ultraviolet

The ultraviolet (UV) view gives several new perspectives on Mars. Valles Marineris, a two-thousand-mile canyon system, appears prominently across the middle of the image as a blue gash.

SmallSats

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Data Systems

Earth with symbols denoting data and communications

Mission Operations

Atlas V MMS Launch

Space Weather

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Planetary & Lunar Science

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Featured Missions

COSMO

COmpact Spaceborne Magnetic Observatory

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Conducting measurements of Earth’s magnetic field to provide essential information for navigation

CUTE

Colorado Ultraviolet Transit Experiment

CUTE

SmallSat studying the most extreme exoplanets

GOLD

Global-scale Observations of the Limb and Disk Program

An artist's illustration of the SES-14 satellite carrying NASA’s Global-scale Observations of the Limb and Disk (GOLD) mission, for which LASP is the lead institution. GOLD fills a critical gap in our knowledge of Sun-Earth connections. It is examining the response of the upper atmosphere to forcing from the Sun, the magnetosphere, and the lower atmosphere, and providing unprecedented imaging of Earth’s upper atmosphere to study the weather of the thermosphere-ionosphere. Credit: NASA/CIL/Chris Meaney

Imaging the boundary between Earth and space

IMAP

Interstellar Mapping and Acceleration Probe

Artist's drawing of the IMAP mission

Studying the solar wind boundary of our solar system

CANVAS

Climatology of Anthropogenic and Natural VLF wave Activity in Space

CANVAS CubeSat orbiting above Earth

Mapping very low frequency wave energy from terrestrial sources in near-Earth space

AEPEX

Atmospheric Effects of Precipitation through Energetic X-rays

Artist's image showing the AEPEX CubeSat scanning Earth's atmosphere for energetic particles

Imaging energetic particle precipitation