I’ve used the Ladybug suite for years. It is the most versatile environmental toolkit that, as it continues to develop and grow, enhances my design workflow. More importantly, its rapid feedback loop enables project teams to design better buildings, landscapes, and interiors—responsibly.

Ladybug and Honeybee have not only dramatically improved early-stage interactions with clients, they have allowed Arup to leverage parametric efficiencies in all stages of our modeling. From quickly sketching through options at a project’s inception, to rapidly running through detailed iterations later in a project’s lifecycle, these tools enrich the building design experience the whole way through.

The most valuable aspect of Ladybug and Honeybee is flexibility across the lifespan of a project. From preliminary "optioneering" and discovery through validation, the scalability of the platform allows continuity of analysis to evolve with the increased project resolution.

Ladybug has given us the tools we need as designers to gain an understanding of the environmental consequences of our design decisions from the comfort of our preferred design platform, Rhino.

By virtue of its integration into Grasshopper, we can move beyond running analysis for its own sake to parametrically drive downstream design decisions based on the values coming out of Ladybug’s suite of simulation tools for climate analysis, solar radiation studies, daylighting, and more.

With its user-friendly interfaces, extensive documentation and examples, and friendly community support, Ladybug appeals to modeling novices and advanced design computation specialists alike, helping us to reach our goal of fully integrating environmental analysis and performance-driven design methods into our studio design culture. We and many other practices are grateful to have benefited from the collective development of this amazing open-source project!

Ladybug and Honeybee sustainability analysis tools have become an integral part in library of tools for the sustainability team at HOK . These tools provide an excellent capabilities to perform quick early design as well as detailed simulation and communicate the results to the design teams to effectively incorporate sustainability into the projects.

The modular nature of the Ladybug and Honeybee tool-sets provides a unique and powerful opportunity to create both productivity and innovative workflows at a wide gambit of skill levels and complexity. In short: it is one of the most powerful analysis tools in the industry because of its flexibility.

The Ladybug family of tools provides not only top of the line, free plug-ins for environmental simulation, but also an amazing community with support from users and developers. Being involved in this community since the first insect was “born” in January 2013, I love the fact that we can all influence the tools and help to make it better every day. With the Ladybug family, the future looks very bright!

A flexible and powerful set of tools to interface architectural design and engineering software. The direct integration in the design team modeling environment of choice allows for easier and faster interoperability; the open ended nature of the parametric components allows the development of both general purpose and highly project specific workflows.

Ladybug, Honeybee and Butterfly enable us to customize environmental toolsets during the entire design process – From the very early sketches all the way to late construction stage. The toolsets work well with the rest of our digital workflow which allow us to use simulation as part of our concept development. The open source software development offers high transparency and flexibility. This enables worldwide discussions and facilitates further research and development in the area of computational design and simulation.

Ladybug and Honeybee are critical design tools that allow designers to have answers to very important environmental questions in the earliest phases of a project - when there is the greatest design flexibility and potential impact. Using these tools allows our design teams to illustrate complex environmental factors and visualize how our designs respond to those factors. This iterative parametric process is essential to meet each project's unique performance goals where form follows performance.

Ladybug and Honeybee has brought a whole new level of sophistication to our work. We are now able to produce highly accurate and professional environmental analyses in a matter of seconds, which greatly benefits our iterative design approach.

Honeybee facilitates the merging of environmental analysis and conceptual design platforms, and has profoundly impacted our studio's design process. We now have greater flexibility to communicate information between architectural and engineering teams, and can facilitate a workflow that leverages the unique skills of both professions. For our team, this translates to an approach that balances intuition with computation, and helps us strike a balance between aesthetics and performance.

What we used Ladybug for:
- climate analysis (both macro and micro)
- thermal comfort studies (indoor and outdoor)

How it has upped our game:
- quick, comprehensive climate analysis using hourly data
- ability to ask questions and crop climate data to target specific conditions
- legible, customizable graphics (color palette, heat maps vs line graphs, scales, etc)
- ability to perform annual comfort simulations, both indoor and outdoor

What we love:
- descriptions of inputs are clear and often cite the sources
- easy to learn and share with staff
- ability to scrub climate data

Overall, Ladybug is a tremendous gift to the design community. Compared to prior/alternate tools for climate analysis (WeatherTool, Climate Consultant), Ladybug's capability to allow designers to work closely with climate data and design scripts to customize and crop data helps build a deeper understanding with how climate will influence building performance.

At EDS, we have been using Ladybug Tools at every stage of our projects starting from climate and microclimate analysis, building form finding, façade optimization, indoor and outdoor comfort studies, daylight and preliminary energy performance evaluation, and taking it further for detailed energy modeling. The tools' versatility and capability to accommodate a range of analysis types and visualization techniques give us an opportunity to go beyond conventional analysis and communicate our findings and results effectively to the design team and clients.