Saab Unveils Bolide 2 Missile for RBS 70 NG — Backward Compatible, Deliveries 2027

Technical Summary

Saab has officially launched the Bolide 2 guided missile as the next-generation round for its Robot System 70 Next Generation (RBS 70 NG) Short-Range Air Defence (SHORAD) system. According to the Saab press release (CUE 26:019 E, 8 May 2026), Bolide 2 introduces three principal improvements over the in-service Bolide round: an enlarged warhead, improved terminal flight performance described as delivering “superior capability”, and a modular design intended to “allow for future updates”. A series of successful test firings have already been conducted as part of the missile’s development programme. Shephard Media reporting (May 2026) confirms first deliveries are targeting Q2 2027.

A significant qualification confirmed in the press release is backward compatibility: Bolide 2 “can be fired from the latest RBS 70 NG or prior generations.” This confirms that existing RBS 70 operators not yet operating the NG launcher variant can still transition to the improved ammunition without a full system replacement, reducing the upgrade cost and qualification burden for the substantial installed operator base.

Bolide vs Bolide 2: Comparative Assessment

Based on official Saab materials and independent reporting (Janes, Shephard Media), the following comparison summarises the evolution from the in-service Bolide to Bolide 2. Parameters assessed from secondary sources are marked accordingly.

Sources: Saab AB official press release CUE 26:019 E; Janes (8 May 2026); Shephard Media (May 2026). [inferred] = analytical assessment from open-source RBS 70 literature; [secondary sources] = corroborated by independent defence media reporting.

Recent Procurement Context: Lithuania and NSPA

The Bolide 2 announcement follows a pattern of sustained procurement activity for the RBS 70 family. Two recent orders establish the demand baseline into which Bolide 2 will be delivered.

The Lithuanian order (Saab press release CU 25:075 E, 31 December 2025) is the larger and more strategically significant of the two. Placed within a framework agreement between Saab, the Swedish Defence Materiel Administration (FMV) and the Lithuanian Ministry of National Defence (MoND), the SEK 3 billion contract covers RBS 70 Bolide missile deliveries scheduled across 2028–2032. Lithuania has operated the RBS 70 system since 2004 and is also a customer for the vehicle-integrated Mobile SHORAD (MSHORAD) solution, which integrates RBS 70 NG as its effector into a vehicle-mounted firing platform with organic surveillance radar capability. This configuration provides organic, high-mobility short-range air defence for manoeuvring ground units — the same role in which small UAS have proven most disruptive in recent conflicts, making the Bolide 2 warhead enhancement particularly relevant to Lithuania’s layered air defence architecture.

The NATO Support and Procurement Agency (NSPA) order, announced in December 2023 at SEK 350 million, reflects the Alliance’s use of the NSPA procurement mechanism to aggregate demand for RBS 70 Bolide missiles across member and partner states operating the system. The NSPA has a prior order history with Saab for this system, having placed an earlier Bolide order announced in January 2016 (Saab press release, 13 January 2016). The recurring pattern of NSPA procurement underscores that the RBS 70 SHORAD system is embedded in NATO Allied air defence structure, and that Bolide 2 will enter a pipeline where the procurement authority is already established and active.

Analysis of Effects

The enlarged warhead is the most operationally significant declared improvement. Secondary reporting (Shephard Media, corroborated by design logic) indicates the Bolide 2 uses an aluminium nose cone in place of the prior copper version, freeing internal volume for increased explosive fill and fragmentation mass while maintaining structural integrity. The in-service Bolide warhead combines a high-explosive fragmentation element (approximately 1.1 kg combined mass; over 3,000 pre-formed tungsten spheres) with a shaped-charge element, giving it both a lethal radius (LR) effect against soft air targets and a penetration capability for multi-role engagement. Bolide 2’s enlarged payload directly extends the LR and casualty radius (CR), improving single-shot kill probability (Pk) against Group 2 and Group 3 Unmanned Aerial Systems (UAS) and loitering munitions — where the engagement challenge is achieving a fragmentation-effect kill without requiring a direct body hit on a small, low-signature composite airframe. The adaptive proximity fuze with selectable sensitivity modes (per open-source RBS 70 technical literature) is retained and benefits from the larger warhead payload; the modular architecture additionally allows future fuze module replacement without requalifying the entire round.

The reference to improved terminal flight performance most likely refers to enhanced fin actuation authority in the terminal phase — the final seconds of an engagement where beam-riding guidance corrections become most demanding against high closing speeds and agile or crossing targets. Janes reporting (8 May 2026) confirms that the kinematic envelope — effective intercept range approximately 8–9 km, altitude coverage 0–5,000 m per the Saab RBS 70 NG datasheet — is unchanged from the in-service Bolide. The Bolide 2 upgrade therefore prioritises end-game lethality and Pk over raw kinematic envelope expansion, which is a pragmatic engineering decision given the contemporary shift in the SHORAD threat mix from high-speed jets toward slower, more manoeuvrable small drones and loitering munitions. At Mach 2 class engagement speeds, even modest improvements in terminal control authority translate to meaningful reductions in miss distance against targets exploiting ground clutter.

The modular design approach is a procurement-relevant development. It signals that Saab anticipates an ongoing requirement to modify the round’s sub-systems — the warhead, fuze, proximity sensor or propulsion section — without full-system re-qualification. This hardware-and-software modularity reduces the lifecycle cost of maintaining capability currency against an evolving threat. For Ammunition Technicians (ATs) responsible for in-service surveillance and storage, a modular architecture introduces the requirement to track module-level lot numbers and revision states independently of missile body serial numbers — a configuration management discipline that must be addressed in the relevant Surveillance Engineering Authority (SEA) documentation before Bolide 2 enters national stockpiles. MANPADS reload time remains under five seconds and system deployment time under 45 seconds (per Saab RBS 70 NG product documentation), preserving the RBS 70 NG’s responsiveness within VSHORAD/SHORAD layering architectures.

Backward Compatibility: Procurement and Logistics Implications

The confirmed backward compatibility of Bolide 2 with prior-generation RBS 70 launchers has direct implications for the procurement planning of all current RBS 70 operators, not only those on the RBS 70 NG platform. It means that nations which have not yet committed to the NG launcher upgrade can nonetheless access the improved warhead and terminal performance of Bolide 2. This broadens the addressable market for Bolide 2 considerably and changes the upgrade calculus: a nation may now defer the launcher upgrade without sacrificing access to the improved missile.

For logistics and ordnance management, the coexistence of legacy Bolide and Bolide 2 rounds within national inventories will require formal revision of explosive ordnance data (EOD), storage compatibility assessments under Allied Ordnance Publication 1 (AOP-1), and Defence Ordnance Safety Group (DOSG) equivalent national sentences. Hazard Division (HD) classification and Compatibility Group (CG) designation for Bolide 2 have not been released in open-source material and must be confirmed through Saab’s technical documentation package at contract stage. Nations managing mixed Bolide/Bolide 2 stocks alongside vehicle-mounted MSHORAD units face the additional complexity of two separate logistic demand signals and resupply cycles across the same launcher fleet.

Counter-UAS and the NATO SHORAD Gap

Saab’s reference to “evolving aerial threats” is read in the current operational context as a direct acknowledgement of the UAS threat environment documented across multiple recent conflicts. The laser beam riding guidance of the RBS 70 family confers a specific advantage in the counter-UAS role: because there is no infrared or radar seeker head, the system is not susceptible to the countermeasures — flares, Directional Infrared CounterMeasures (DIRCM), active electronically scanned array (AESA) jamming — fitted to crewed platforms and increasingly being trialled on larger Group 3 UAS. In GPS-denied or high-ECM scenarios where IR-homing systems such as Stinger or Mistral face greater interference risk, the RBS 70 NG’s unjammable guidance represents a qualitative differentiator within NATO layered SHORAD architecture. The Bolide 2 warhead enlargement directly addresses the counter-UAS mission: the adaptive proximity fuze’s small-target sensitivity mode (per open-source RBS 70 technical literature), combined with greater lethal radius, increases single-shot kill probability against small UAS without requiring a direct hit on a composite airframe with limited radar and thermal signature.

The RBS 70 family has a substantial established operator base. Reported operators include (per open-source defence reporting) Sweden, Lithuania, Latvia, Australia, Brazil, and Czech Republic, among others procuring through NSPA-aggregated demand channels. Multiple NATO-affiliated nations procure through NSPA aggregated orders, meaning the Bolide 2 addressable market extends beyond the named bilateral orders to a broader Alliance stockpile that Saab can service through established procurement channels.

ISC Commentary

The Bolide 2 announcement lands in an environment where the NATO SHORAD capability gap is among the most actively discussed items in Alliance force structure planning. Lithuania’s SEK 3 billion order — announced just five months before the Bolide 2 launch — is not coincidental. Lithuania has committed to a significant volume of Bolide deliveries from 2028 to 2032, a window that aligns precisely with Bolide 2’s post-2027 production run. While the December 2025 Lithuanian contract was placed for “RBS 70 Bolide missiles” — the existing generation — the timing and the framework agreement structure with FMV and the Lithuanian MoND create the contractual architecture within which a Bolide 2 transition can be negotiated without a new competitive process.

The same logic applies to the NSPA pipeline. The NSPA placed a SEK 350 million order in December 2023 and has a prior procurement history with Saab on this system. NSPA orders aggregate demand across multiple Allied nations; the transition from Bolide to Bolide 2 within an established NSPA framework agreement is a more efficient procurement path than member nations sourcing independently. Procurement authorities engaged with NSPA on RBS 70 should initiate technical dialogue on Bolide 2 qualification and lot acceptance terms now, given the 2027 delivery start date and the typical duration of national ordnance acceptance programmes.

Data Gaps

References

1. Saab AB — Press Release CUE 26:019 E: “Saab strengthens RBS 70 NG with new Bolide 2 missile”, 8 May 2026: saab.com/newsroom | PDF
2. Saab AB — Press Release CU 25:075 E: “Saab receives order for RBS 70 Bolide missiles from Lithuania”, 31 December 2025: saab.com/newsroom | PDF
3. Saab AB — “Saab receives order from NATO for RBS 70 Bolide missiles”, 22 December 2023 (NSPA, SEK 350M): saab.com/newsroom
4. Saab AB — “Saab Receives Order From NSPA For RBS 70 BOLIDE Missiles”, 13 January 2016: saab.com/newsroom
5. Saab AB — RBS 70 NG Product Page (current datasheet, range/altitude specifications): saab.com/products/rbs-70-ng
6. Janes — “Saab launches Bolide 2 missile for RBS 70 NG”, 8 May 2026 (confirms kinematic parity with Bolide; independent technical assessment)
7. Shephard Media — Bolide 2 coverage, May 2026 (aluminium nose-cone detail; Q2 2027 delivery confirmation; successful test firings)
8. NATO Allied Ordnance Publication 1 (AOP-1) — Explosives Safety Information and Risk Assessment in the Management of Ammunition
9. NATO STANAG 4439 — Policy for Introduction and Assessment of Munitions for Use in NATO Armed Forces

AI-assisted technical assessment based on open-source material including official Saab press releases. Not a formal intelligence product. All acronyms expanded on first use. Images © Saab AB, reproduced for editorial and reporting purposes. Classification: Open Source / Unclassified.