FIRGELLI Robots only publishes usable citation links in this section, so queued research placeholders and unverified backlog records are kept out of the customer-facing page.
This ${escapeHtml(category)} profile connects ${escapeHtml(listPhrase(sourceKinds))} to help verify specifications, price status, availability, images, videos, developer support, and comparison notes before deeper research or buying decisions.
\n${escapeHtml(bucket.description)}
\n ${linkCards(bucket.rows, robot)}\nNo image gallery is available yet.
`;\n return `${escapeHtml(answer)}
\n${escapeHtml(robot.name)} Review
\nQuick answer: ${escapeHtml(robot.name)} is a ${escapeHtml(robot.category || \"robot\")} associated with ${escapeHtml(maker)}. Based on currently available public information, its availability is ${escapeHtml(safe(robot.status, \"not publicly confirmed\"))}, and its pricing status is ${escapeHtml(safe(robot.price, \"not publicly confirmed\"))}.
\nThis profile is designed for people comparing humanoid robots, evaluating robot buying options, checking developer suitability, or researching the state of commercial robotics. Fields without enough public support stay unconfirmed until a stronger source is attached.
\n\n${escapeHtml(robot.summary || `${robot.name} is a ${robot.category || \"robot\"} profile built from public specifications, manufacturer references, approved images, and source links.`)}
${escapeHtml(maker)} is the manufacturer currently connected to this profile. Use the linked manufacturer page and source cards below to verify company-level details, model lineage, and official product information.
${escapeHtml(robot.name)} is most relevant for ${escapeHtml(targetMarket)}. Treat use-case claims carefully when the robot is still marked as prototype, piloting, announced, or unavailable to the public.
Availability: ${escapeHtml(safe(robot.status, \"not publicly listed\"))}. Price: ${escapeHtml(safe(robot.price, \"not publicly listed\"))}. Robot pricing often depends on configuration, support contract, accessories, and whether the customer is buying, leasing, or joining a pilot.
${escapeHtml(hardware)}
\n${escapeHtml(mobility)}
\n${escapeHtml(hands)}
\n${escapeHtml(battery)}
\n${escapeHtml(aiSoftware)}
\n\nCompare ${escapeHtml(robot.name)} against nearby robots to understand maturity, cost, availability, hardware tradeoffs, and ecosystem differences.
\n ${internalLinkList(related.map((item) => ({ label: item.name, url: robotUrl(item) })).concat(relatedLinks))}\n\nCategory Guide
\n${escapeHtml(record.description || `${record.label} are tracked by use case, availability, specifications, images, and source quality.`)}
\nRobots in this category should have a clear public role that matches the category, plus enough specifications, images, or source material to compare them usefully.
Robots built for a different job are better reviewed in another category. A polished demo or similar-looking body shape is not enough by itself.
Start with whether the robot is actually available, then compare price status, size, payload, runtime, DOF, mobility, software access, support, and source quality.
Many robotics companies publish partial specs. Missing price, runtime, safety, SDK, warranty, or deployment details should be treated as unknown.
Manufacturer Profile
\n${escapeHtml(manufacturer.name)} is a robotics company${manufacturer.country ? ` with country listed as ${escapeHtml(manufacturer.country)}` : \"\"}. This page reviews the company's public robot lineup, focus areas, available product information, and related robot profiles so buyers and researchers can understand where ${escapeHtml(manufacturer.name)} fits in the robotics market.
\n${escapeHtml(safe(manufacturer.focus, \"Robotics focus is not fully documented yet.\"))}
${escapeHtml(safe(manufacturer.models, lineup.map((robot) => robot.name).join(\", \") || \"No robot models are linked yet.\"))}
${escapeHtml([manufacturer.country, manufacturer.headquarters].filter(Boolean).join(\" - \") || \"Country and headquarters are not fully documented yet.\")}
${Number(manufacturer.confidence || 0).toLocaleString()}% confidence with ${Number(manufacturer.sourceCount || 0).toLocaleString()} source records attached where available.
Comparison Analysis
\nThis comparison is designed to help buyers, researchers, engineers, and robotics enthusiasts evaluate differences in price, availability, dimensions, payload, runtime, DOF, and maturity. The table is a starting point; each robot profile contains deeper source notes and missing-data warnings.
\nChoose the robot with the best match for your intended use case, not simply the most familiar brand. Availability and support matter as much as headline specifications.
${escapeHtml(robots.map((robot) => `${robot.name}: ${compactStatus(robot.status)}, ${compactPrice(robot.price)}`).join(\"; \"))}
Several humanoid robot projects publish incomplete or changing data. Treat unknown fields as unknown and verify directly with the manufacturer before buying or citing.
Open each robot profile to inspect source links, image galleries, videos, and full specification sections before making a decision.
${escapeHtml(profile.eyebrow)}
\n${escapeHtml(profile.intro)}
\nSearch intent this page serves: ${escapeHtml(profile.targets.join(\", \"))}.
\n ${profile.sections.map(([heading, copy]) => `${escapeHtml(copy)}
`).join(\"\")}\n${escapeHtml(copy)}
Robot Tools
\nFIRGELLI Robots tools are built for buyers, engineers, robotics researchers and enthusiasts who need practical decision support from source-backed robot data. The tool set connects robot profiles, public specifications, manufacturer records, approved imagery, source links and research notes so users can move from broad discovery to a defensible shortlist.
\nSearch intent this page serves: robot tools, robot finder, robot comparison tool, robot cost calculator, robot payload calculator, robot timeline, robot size comparison.
\nStart with the robot finder when you are still exploring, use the compare tool when you have finalists, estimate payload when a robot must lift or carry something, model ownership cost before contacting suppliers, use the timeline for market context, and use the size viewer when dimensions and proportions affect fit.
\nThe tools are designed to make assumptions visible. Missing price, unknown payload, incomplete runtime, prototype status or quote-based availability should be treated as research questions. The widgets help you decide what to verify next; final buying decisions should always use current manufacturer documentation, direct quotes, warranty terms and deployment planning.
\nUse the comparison tool to evaluate price, height, payload, runtime, DOF, mobility, and availability side by side.
Use the finder workflow to narrow robots by intended use, environment, budget assumptions, and hardware priorities.
Use the calculator to combine purchase price, deployment setup, accessories, service percentage, battery replacement, and support assumptions.
Unknown price, battery, safety, warranty, and support data are surfaced as assumptions so buyers can adjust the inputs instead of guessing blindly.
No matching robot records have enough public data yet. Try relaxing the filters or use the full robot database.
`;\n return `No close matches yet. Try a broader goal, a quote-based budget, or the full robot database.
`;\n return `No timeline records match those filters yet.
`;\n const sizeViewerWidget = (data) => {\n const robots = toolRobots(data).filter((robot) => imageCandidates(robot).length).sort((a, b) => String(a.name).localeCompare(b.name));\n const selectedA = (robots.find((robot) => robot.slug === \"tesla-optimus\") || robots[0] || {}).slug || \"\";\n const selectedB = (robots.find((robot) => robot.slug === \"xiaomi-cyberone\") || robots[1] || robots[0] || {}).slug || \"\";\n return `\n `;\n };\n const renderToolWidgets = (data, focus = \"\") => {\n const show = (name) => !focus || focus === name;\n const widgets = [];\n if (show(\"Robot Compare\")) widgets.push(compareWidget(data));\n if (show(\"Robot Match\")) widgets.push(robotFinderWidget(data));\n if (show(\"Payload Calculator\")) widgets.push(payloadWidget(data));\n if (show(\"Cost of Ownership\")) widgets.push(costWidget(data));\n if (show(\"Robot Timeline\")) widgets.push(timelineWidget(data));\n if (show(\"Robot Size Viewer\")) widgets.push(sizeViewerWidget(data));\n return ``;\n };\n function bindToolWidgets(data) {\n document.querySelectorAll(\"[data-fr-compare-widget]\").forEach((root) => {\n const results = root.querySelector(\"[data-fr-compare-results]\");\n const rows = [[\"Price\", \"price\"], [\"Availability\", \"status\"], [\"Height\", \"height\"], [\"Weight\", \"weight\"], [\"Payload\", \"payload\"], [\"Runtime\", \"runtime\"], [\"DOF\", \"dof\"], [\"Movement\", \"movement\"], [\"Use case\", \"useCase\"]];\n const update = () => {\n const slugs = [...new Set(Array.from(root.querySelectorAll(\"[data-fr-compare-select]\")).map((select) => select.value).filter(Boolean))];\n const robots = slugs.map((slug) => toolRobotBySlug(data, slug)).filter(Boolean).slice(0, 4);\n if (!robots.length) {\n results.innerHTML = `Choose at least one robot to build a comparison.
`;\n return;\n }\n results.innerHTML = `\n \n| Spec | ${robots.map((robot) => `${escapeHtml(robot.name)} | `).join(\"\")}
|---|---|
| ${escapeHtml(label)} | ${robots.map((robot) => `${escapeHtml(compactComparisonValue(robot, key))} | `).join(\"\")}
One-time setup is ${formatUsd(oneTime)} before recurring annual support. Confirm price, warranty, service, battery, software, integration, tax, freight and downtime directly with the manufacturer or integrator.
`;\n };\n const preset = root.querySelector(\"[data-fr-cost-preset]\");\n preset?.addEventListener(\"change\", () => {\n const robot = toolRobotBySlug(data, preset.value);\n if (robot && purchaseInput) purchaseInput.value = String(Math.round(numericValue(robot.priceRaw)));\n update();\n });\n root.querySelectorAll(\"input\").forEach((control) => control.addEventListener(\"input\", update));\n update();\n });\n document.querySelectorAll(\"[data-fr-timeline-widget]\").forEach((root) => {\n const results = root.querySelector(\"[data-fr-timeline-results]\");\n const update = () => {\n const category = root.querySelector(\"[data-fr-timeline-category]\")?.value || \"\";\n const status = root.querySelector(\"[data-fr-timeline-status]\")?.value || \"\";\n const sort = root.querySelector(\"[data-fr-timeline-sort]\")?.value || \"newest\";\n const statusTerms = {\n available: [\"available\", \"commercial\", \"paid\"],\n pilot: [\"pilot\", \"preorder\", \"early access\"],\n prototype: [\"prototype\"],\n announced: [\"announced\", \"coming\"],\n research: [\"research\", \"university\", \"open source\"]\n };\n let rows = toolRobots(data)\n .map((robot) => ({ robot, year: robotTimelineYear(robot) }))\n .filter((row) => row.year)\n .filter(({ robot }) => !category || robot.category === category)\n .filter(({ robot }) => !status || (statusTerms[status] || [status]).some((term) => robotText(robot).includes(term)));\n rows = rows.sort((a, b) => {\n if (sort === \"oldest\") return a.year - b.year || String(a.robot.name).localeCompare(b.robot.name);\n if (sort === \"name\") return String(a.robot.name).localeCompare(b.robot.name);\n return b.year - a.year || String(a.robot.name).localeCompare(b.robot.name);\n }).slice(0, 24);\n results.innerHTML = timelineRowMarkup(rows);\n };\n root.querySelectorAll(\"select\").forEach((control) => control.addEventListener(\"change\", update));\n update();\n });\n document.querySelectorAll(\"[data-fr-size-widget]\").forEach((root) => {\n const selectA = root.querySelector(\"[data-fr-size-a]\");\n const selectB = root.querySelector(\"[data-fr-size-b]\");\n const stage = root.querySelector(\"[data-fr-size-stage]\");\n const details = root.querySelector(\"[data-fr-size-details]\");\n const update = () => {\n const robots = [toolRobotBySlug(data, selectA?.value), toolRobotBySlug(data, selectB?.value)].filter(Boolean);\n if (!robots.length) return;\n const maxHeight = Math.max(...robots.map(robotHeightCm), 1);\n stage.innerHTML = robots.map((robot) => {\n const height = robotHeightCm(robot);\n const scale = Math.max(.42, Math.min(1, height ? height / maxHeight : .7));\n return `${escapeHtml(robot.summary || `${robot.name} robot record`)}
Research Hub
\nThe research hub organizes source material behind robot profiles: official product pages, manuals, papers, patents, videos, and supporting references. The goal is to separate manufacturer claims, third-party coverage, and technical documentation so users can verify what is known.
\nUse this page to move from a robot card to the evidence behind it. Source records help explain where specifications, images, availability notes, and technical claims came from.
The database currently tracks ${Number(data.stats.sources || 0).toLocaleString()} source records, ${Number(data.stats.papersPatents || 0).toLocaleString()} papers/patents, and ${Number(data.stats.manualsDocs || 0).toLocaleString()} manuals/docs.
Humanoid robotics changes quickly. Source-backed pages are more trustworthy than static lists because they show which details are verified and which still need research.
Prioritize official product pages and technical documents for specifications, then use papers, patents, and reputable coverage for context.
${escapeHtml(tool.description)}
\n ${escapeHtml(tool.cta)} ->\nAdditional robot images will appear here as more angles are added.
`;\n target.innerHTML = `\n${escapeHtml(publicSummary)}
\nImages and videos
\nStandardized views make it easier to compare body shape, proportions, end effectors, and visible hardware across robots.
\nRobot review profile
\nProfile coverage
\nThese counters summarize how much public robot information is currently connected to this profile.
\nSpecifications
\nSpecs are grouped into practical sections with plain-language values so readers can quickly compare the robot.
\nSources
\nUse these links to verify manufacturer claims, inspect technical documentation, and continue deeper robot research.
\nManufacturer Guide
\nThis manufacturer database connects companies to robot lineups, countries, public websites, focus areas, and source-backed robot profiles. Use it to move from a robot model to the company behind it.
\n${escapeHtml([m.country, m.focus, m.models].filter(Boolean).join(\" - \") || \"Manufacturer profile queued for enrichment.\")}
View Manufacturer ->${escapeHtml(doc.document_type || doc.source_type || doc.publisher || \"Source-backed research item\")}
Open Source ->Specification Guide
\nSpecification pages explain what each robot attribute means, why it matters, how it is measured, and how to compare robots without over-trusting incomplete manufacturer claims.
\nSpecs like DOF, payload, runtime, price, sensors, LiDAR, SDK support, ROS support, and walking speed help separate practical capability from promotional claims.
Use the same field across multiple robot profiles, then inspect source status and missing-data warnings. A known lower value is often more useful than an unknown or unsupported claim.
One number rarely describes a whole robot. Runtime depends on task, payload depends on pose and safety margin, and price depends on configuration and support.
Use the robot comparison page to view the same specification across multiple robots side by side.
${escapeHtml(text)}
Browse records ->Trusted Source Feed
\n${escapeHtml(doc.source_type || doc.document_type || doc.publisher || \"Knowledge source\")}
${doc.url || doc.source_url ? `Open source ->` : \"\"}Source-backed updates
\n${escapeHtml(doc.source_domain || doc.source_type || \"Knowledge source\")}
${doc.url ? `Open source ->` : \"\"}Tool Directory
\n${escapeHtml(tool.description)}
${escapeHtml(tool.cta)} ->Marketplace Foundation
These public robot profiles can later connect to accessories, skills, compatible parts, service plans, and quote flows as the marketplace grows.
${escapeHtml(item.notes || item.claim_summary || item.mention_type || \"Queued for manual community review.\")}
${item.url ? `Open mention ->` : `Open database ->`}Robot Category Index
\nUse these category landing pages to narrow robots by form factor, market, deployment type, research use, service role, warehouse use, industrial automation, and defense-adjacent applications.
\n| ${compareRobots.map(r => ` | ${compareImage(r)}${escapeHtml(r.name)} | `).join(\"\")}
|---|---|
| ${label} | ${compareRobots.map(r => `${escapeHtml(compactComparisonValue(r, key))} | `).join(\"\")}
Specifications
\nSpecs are grouped into practical sections with plain-language values so readers can quickly compare the robot.
\n